Ingest

Metus INGEST is the essential desktop multimedia capture, transcoding, and streaming software. Metus INGEST offers a wide set of ingest modules to import content from various sources and formats. The software is very easy to use. Every control and window required for manual operation is on a single screen.

Metus INGEST is used in broadcast studios, mission critical archive operations, control rooms, media monitoring centers and research laboratories and military test sites worldwide. It allows capture without frame loss. Capture and streaming starts instantly, with. No arming period, caching time, no lost or dropped video frames. Metus Ingest is proven to be stable under continuous operation, even in 24/7 environments.

• Wide Variety of Inputs & Format Supports

• Efficient Use of Resources

• Intelligent Recording

• Media Management

• System Control and Usability

• Advanced Media Handling Options

• Uncompromising Performance

CDH 1813

The CDH 1813 is a versatile, compact SDI to HDMI converter designed to combata host of monitoring and display applications in broadcast, post production andpro A/V markets. Convert any SDI video signal, including 3D formats into anHDMI signal for monitoring and display. Fiber connectivity options add SDI fibertransmission and/or SDI fiber reception using the integrated fiber SFP socket. Two channels of audio can be de-embedded providing digital AES and analogaudio outputs. Analog audio outputs have selectable full scale range presets.The two selected audio channels can also be embedded into the HDMI output.In addition 8 channels selected from the input signal (channels 1-8 or 9-16) canbe embedded into the HDMI output. Various burn in features make the CDH1813 a true monitoring tool. Timecode burn in, 16 channel audio metering, safearea markers and Metadata display are just a few of the on-screen monitoringfeatures. The yelloGUI software provides support for a host of additional settingsand features which are accessed using a PC and the USB port on the module.

CHD 1802

The CHD 1802 is a compact HDMI to SDI converter It is an ideal solution for any application which requires a broadcast quality SDI signal derived from an external HDMI source. Any audio present in the HDMI stream will be embedded into the corresponding channels on the SDI output.

The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings Technical Specifications.

An SDI fiber output is also provided with a variety of plug in SFP options available.

CHD 1812

The CHD 1812 is a versatile and compact HDMI to SDI converter with integrated frame synchronizer. It is an ideal solution for any application which requires a fully synchronized SDI input from an external asynchronous HDMI source.

The flexible reference sync input will accept any analog video sync format including SD bi-level sync, black burst, colorbars and tri-level HD sync. The sync input is auto detecting and fully cross lock compatible. For example: An SDTV reference can be used to frequency lock an HD HDMI input. If no reference is present, the converter performs a standard asynchronous HDMI to SDI conversion. A pair of stereo analog inputs can be embedded into any AES channel. Audio inputs can be either professional balanced audio with selectable full scale level, or unbalanced consumer line level audio. By default any audio present in the HDMI stream will be embedded into the SDI output or it can be replaced with the external audio signals.

The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings including adjustable video delay for timing purposes.

An SDI fiber output is also provided with a variety of plug in SFP options available.

SPG 1707

The SPG 1707 is a compact, versatile analog sync pulse generator with genlock providing HD / SD video sync and audio reference signals. The module provides three SD sync outputs and three HD sync outputs and a separate audio sync output that can be switched between 48 KHz World Clock or Digital Audio Reference (DARS).

Flexible genlock capability allows the module to genlock to any SD or HD reference input, with full cross lock capability, even across unmatched standards.

The HD tri-level sync outputs can be set to any of the available HD standards, and the bi-level SD outputs set for NTSC, PAL or PAL M/N. The SD and HD sync outputs and audio sync signals are all frequency locked to the reference regardless of the selected sync standard for the outputs.

The SD sync outputs can be Color bars, Black Burst or Sync only with selectable 7.5 IRE pedestal for NTSC standards with adjustable burst phase in 8 increments.

The sync generator is robust and temperature stabilized, suitable as a reference source with 2ppm accuracy.

All user controls are located on the top of the module clearly labelled and easily accessible. This facilitates simple changes to module function and configuration without referring to a manual.

The compact portable design makes it suitable for a wide range of applications in broadcast and mobile production environments.

Note: 1080p 50Hz / 60Hz and 59.94Hz sync standards not supported.

OBD 1510 E

The OBD 1510 E is a matched pair of compact Ethernet switches designed to extend the reach of electrical Ethernet signals over long distances. The two switches are linked via single bidirectional fiber link which operates at a constant 1Ggit speed.

This pair of modules uses WDM fiber technology in a closed loop arrangement and essentially functions as an Ethernet extender solution. The fiber link supports distances up to 10Km and provides a single, high speed 1Gbit error-free optical connection between the two locations.

Each OBD 1510 E module has two standard RJ45 electrical Ethernet ports and the complete system functions as a 4 port Ethernet switch, providing two standard RJ45 Ethernet ports at each location bridged with fiber. For legacy systems, each electrical Ethernet port can be set for automatic speed detection (10/100/1000) or forced to 10Mbit. Each port uses auto crossover detection or can be forced manually if needed. These functions are available using the dip switch.

Note. This system used WDM optical multiplexing and should only be used in point to point applications. This solution cannot be integrated into a CWDM multiplexed system.

OBD 1810

The OBD 1810 is a bidirectional Fiber Optic to SDI transmitter and receiver which uses a single fiber link supplied in a compact self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances.

The OBD 1810 modules are supplied in pairs, one Type A and one Type B which work together in a WDM closed loop application. Each module has an electrical SDI in and SDI out connection and uses a single fiber link between the two.

Each channel is fully independent and can have different standards and formats of SDI video. The modules auto-detect and re-clock any 270Mbit, 1.5Gbit and 3Gbit SDI source prior to conversion. The modules are fully compatible with 3Gbit Level A and Level B formats.

Note. This system used WDM optical multiplexing and should only be used in point to point applications. This solution cannot be integrated into a CWDM multiplexed system.

ODT 1510

The ODT 1510 is a multi-function module which (when used with another ODT 1510 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 10km (6.2 miles) over fiber.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1510 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1510 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output.

ODT 1540

The ODT 1540 is a multi-function CWDM compatible module which (when used with another ODT 1540 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 40km over fiber. 18 wavelength sections are provided for CWDM use.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1540 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1540 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output. The ODT 1540 is 100% plug and play, hot pluggable and no special software drivers are required.

OET 1510

The OET 1510 is a compact 3 port Ethernet switch, designed to extend the reach of electrical Ethernet signals over long distances using a constant (fixed) high speed 1 Gbit optical transceiver speed. When paired with another OET 1510 at the receiving end (using two fiber links) you have a cost effective Ethernet extender system for distances up to 10km providing a stable, high speed 1Gbit error free optical connection between locations. The OET 1510 has two standard RJ45 electrical Ethernet ports plus fiber I/O and functions as a 3 port Ethernet switch. For legacy system use; each electrical Ethernet port can be set for automatic speed detection (10/100/1000) or forced to 10Mbit, and each port can use auto crossover detection or be forced manually if needed. These functions are available using the dip switch.

OET 1540

The ODT 1510 is a multi-function module which (when used with another ODT 1510 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 10km (6.2 miles) over fiber.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1510 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1510 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output.

ORR 1802

The ORR 1802 is a compact dual channel fiber optical to SDI receiver designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with a SDI optical transmitter (e.g. yellobrik OTT 1812, OTX 1812, OTX 1842 etc) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The ORR1802 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI fiber source prior to electrical conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

ORX 1702

The ORX 1702 is a compact analog sync or NTSC/PAL composite video to fiber optic receiver. This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic transmitter OTX 1712 you have a very cost-effective optical transmission system for analog sync reference signals or NTSC/PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the ORX 1702 incorporates technology to maintain a very high degree of sync and burst phase stability during the fiber reception and analog conversion. The module receives an SDI signal (including reference and other relevant information) before it is converted to an analog signal. Therefore when the ORX 1702 is used for 525 or 625 SDI video sources it is possible to convert the signal to an analog NTSC or PAL composite output directly. For example: if the 525 or 625 signal is received from an SDI video transmitter OTX 1812. The ORX 1702 provides two analog outputs and support for LC, ST or SC singlemode fiber connections. An LC version suitable for multimode fiber is also available.

ORX 1802

The ORX 1802 is a compact fiber to SDI receiver designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the fiber optic to SDI transmitters (e.g. yellobrik OTX 1812 or OTX 1842) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTX 1812 provides 2 SDI outputs and support for LC, ST or SC singlemode fiber connections as well as an LC version suitable for multimode fiber. The ORX 1802 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI fiber source and convert to an electrical signal. The module is fully compatible with 3Gbit Level A and Level B formats.

ORX 1900

The ORX 1900 is a compact fiber optic receiver for RF signals within the extended L-Band range of 700MHz to 2300MHz. When paired with the OTX 1910 L-Band transmitter you have a very cost effective L-Band optical transmitter/receiver system for long distance applications.

OTR 1441

The OTR 1441 is a self contained fiber transmission kit for the transport of 4 x SDI signals (12G uncompressed) over a single fiber link for distances up to 20km (12miles). The kit includes the fiber transmitter, fiber receiver and power supplies. This is an ideal solution for the transmission of multiple uncompressed SDI streams over long distances with zero losses. Each SDI channel is fully independent. For 4K use the signal is split over 4 separate 3G SDI links (12G) and supports 4K resolution at 60fps. The system can also be used for any combination of SDI signals each with a different format and bit-rate if required. Each channel will automatically detect and reclock SDI bit rates of 270Mbit, 1.48Gbit and 2.97Gbit. LED Indicators are provided for channel presence and power. An optional 19” rack mount tray is available which can accommodate up to 4 modules.

OTR 1810

The OTR 1810 is a Fiber / SDI transmitter and receiver combined in a single self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. Each OTR 1810 transceiver has an independent transmitter and receiver channel, which provides an effective solution for any SDI signal up to 1080p60 (3Gbit/s) while preserving full uncompressed quality. The OTR 1810 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

OTR 1840

The OTR 1840 is a CWDM Fiber Optic to SDI transmitter and receiver combined in a compact self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. Each OTR 1840 CWDM tranceiver has an independant transmitter and receiver channel, which provides an effective solution for any SDI signal up to 1080p60 (3Gbit/s) while preserving full uncompressed quality. Select from 18 transmitter wavelengths for full CWDM compatibility (ITU-T G.694.2). The OTR 1840 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

OTT 1812

The OTT 1812 is a compact dual channel SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the dual channel fiber optic to SDI receiver (e.g. yellobrik ORR 1802) you have a very cost effective dual channel optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTT 1812 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTT 1842

The OTT 1842 is a compact CWDM dual channel SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. 18 wavelength choices are provided. When combined with the dual channel fiber optic to SDI receiver module ORR 1802,and the OCM 1891/1892 CWDM multiplexers you have a very cost effective CWDM fiber system for up to 18 signals in a single fiber link. The OTT 1842 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1712

The OTX 1712 is a compact analog sync or NTSC/PAL composite video to fiber optic transmitter. This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic receiver ORX 1702 you have a very cost effective optical transmission system for analog sync reference signals or NTSC/PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the OTX 1712 incorporates technology to maintain a very high degree of sync and burst phase stability during the conversion and fiber transmission. The module converts the NTSC/PAL video signal to an SDI signal (including reference and other relevant information) before it is converted to fiber. Therefore when the OTX 1712 is used for NTSC or PAL video sources it is possible to convert the fiber signal directly to SDI if required using an SDI receiver (e.g. ORX 1802). The OTX 1712 provides a passive loop output and support for LC, ST or SC singlemode fiber connections. An LC version suitable for multimode fiber is also available.

OTX 1742

The OTX 1742 is a compact analog sync or NTSC/PAL composite video to fiber optic transmitter (CWDM compatible). This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic receiver ORX 1702 you have a cost-effective optical transmission system for analog sync reference signals or NTSC/ PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the OTX 1742 incorporates technology to maintain a very high degree of sync and burst phase stability during the conversion and fiber transmission. The module converts the NTSC/PAL video signal to an SDI signal (including reference and other relevant information) before it is converted to fiber. Therefore when the OTX 1742 is used for NTSC or PAL video sources it is possible to convert the fiber signal directly to SDI if required using an SDI receiver (e.g. ORX 1802).

OTX 1812

The OTX 1812 is a compact SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the fiber optic to SDI receiver (e.g. yellobrik ORX 1802) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTX 1812 provides a looping SDI input and support for LC, ST or SC singlemode fiber connections as well as anLC version suitable for multimode fiber. The OTX 1812 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1842

The OTX 1842 is a compact CWDM SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances.When paired with the fiber optic to SDI receiver (e.g. yellobrik ORX 1802) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. Select from18 wavelengths for full CWDM compatibility. The OTX 1842 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1910

The OTX 1910 is an effective solution for transporting analog RF L-Band signals over long distances. The module supports RF signals within the extended L-Band range of 700MHz to 2300MHz.The module is configured using the integrated dip switch. This allows the LNB power to be activated and switched to 13V or 18V to select horizontal or vertical polarization. Additionally, the internal 22kHz tone generator can be turned on and off to select the high or low frequency range.When paired with the fiber optic receiver for RF signals (yellobrik ORX 1900) you have a very cost effective optical RF transmitter/receiver system for distances up to 10km.

DVA 1714

The DVA 1714 is a compact general purpose wide band analog distribution amplifier suitable for analog SDTV and HDTV video signals.The module can also be used for analog SDTV Bi-level sync pulses, black reference and analog HDTV Tri-level sync pulses.Features include an Input clamp with user adjustable gain and cable equalization.LED indications are provided for signal presence and power

DVD 1817

The DVD 1817 is a compact general purpose reclocking SDI distribution amplifier suitable for any level A or Level B SDI video signal up to 3Gbit (1080p60) including DVB-ASI signals. SMPTE 424M (3Gbit/s), SMPTE 292M (1.5Gbit/s) and SMPTE 259M (270Mbit/s) standards are supported.

DVD 1823

The DVD 1823 is a compact general purpose, dual channel reclocking SDI distribution amplifier suitable for any level A or Level B SDI video signal up to 3Gbit (1080p60) including DVB-ASI signals. SMPTE 424M (3Gbit/s), SMPTE 292M (1.5Gbit/s) and SMPTE 259M (270Mbit/s) standards are supported.

OSP 1812

The OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

OSP 1812 M

he OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

OSP 1814

The OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

PDM 1284 B

The PDM 1284 B is a versatile AES audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. It supports unbalanced AES3id audio I/O using 75 Ohm BNC connections. Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The module automatically detects audio formats and will deactivate the sample rate converters to preserve encoded bit streams such as DolbyE. The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

PDM 1284 D

The PDM 1284 D is a versatile AES audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. It supports balanced AES3 audio I/O using a 25 pin SubD connector. Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The module automatically detects audio formats and will deactivate the sample rate converters to preserve encoded bit streams such as DolbyE. The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

PDM 1383

The PDM 1383 is a versatile analog audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. Analog audio I/O is connected using a 25 pin SubD connector. (screw terminal adapter provided). Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

SPG 1707

The SPG 1707 is a compact, versatile analog sync pulse generator with genlock providing HD / SD video sync and audio reference signals. The module provides three SD sync outputs and three HD sync outputs and a separate audio sync output that can be switched between 48 KHz World Clock or Digital Audio Reference (DARS). Flexible genlock capability allows the module to genlock to any SD or HD reference input, with full cross lock capability, even across unmatched standards. The HD tri-level sync outputs can be set to any of the available HD standards, and the bi-level SD outputs set for NTSC, PAL or PAL M/N. The SD and HD sync outputs and audio sync signals are all frequency locked to the reference regardless of the selected sync standard for the outputs. The SD sync outputs can be Color bars, Black Burst or Sync only with selectable 7.5 IRE pedestal for NTSC standards with adjustable burst phase in 8 increments. The sync generator is robust and temperature stabilized, suitable as a reference source with 2ppm accuracy. All user controls are located on the top of the module clearly labelled and easily accessible. This facilitates simple changes to module function and configuration without referring to a manual. The compact portable design makes it suitable for a wide range of applications in broadcast and mobile production environments. Note: 1080p 50Hz / 60Hz and 59.94Hz sync standards not supported.

CHD 1812

The CHD 1812 is a versatile and compact HDMI to SDI converter with integrated frame synchronizer. It is an ideal solution for any application which requires a fully synchronized SDI input from an external asynchronous HDMI source. The flexible reference sync input will accept any analog video sync format including SD bi-level sync, black burst, colorbars and tri-level HD sync. The sync input is auto detecting and fully cross lock compatible. For example: An SDTV reference can be used to frequency lock an HD HDMI input. If no reference is present, the converter performs a standard asynchronous HDMI to SDI conversion. A pair of stereo analog inputs can be embedded into any AES channel. Audio inputs can be either professional balanced audio with selectable full scale level, or unbalanced consumer line level audio. By default any audio present in the HDMI stream will be embedded into the SDI output or it can be replaced with the external audio signals. The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings including adjustable video delay for timing purposes. An SDI fiber output is also provided with a variety of plug in SFP options available.

RFR 1000

The RFR 1000 is a compact 1 RU high mounting frame designed for yellobriks. Up to 14 yellobriks can be vertically mounted and are mechanically clamped securely in place. Each slot has its own integrated power connector on a central power bus. The rack has two external 12VDC inputs for power, one for primary power, the second for redundant backup. An optional external power brick is available which provides enough power for any combination of yellobriks. A second unit can be used for redundant backup. Primary and redundant power LED’s are located in the front panel as well as GPO connections for the power supply failure alarms. While the frame will accommodate all yellobriks, it is ideally suited for the yellobrik fiber converters, which are typically used in larger numbers. Fiber connections are on the front and the SDI copper connection in the rear. A space is left open on one side to route the fiber loops from front to rear making for a very clean installation. The module fiber RX and TX activity LED’s can be seen clearly from the front with the modules installed.

RFR 1001

The RFR 1001 is a robust metal mounting solution for a single yellobrik. The bracket can accommodate the smaller and larger modules using the mounting slots provided in the yellobrik. The bracket can be mounted on any flat surface using suitable screws or bolts (not supplied). The mounting holes are on 19” rack rail centers which makes it ideal for mounting yellobriks in the rear of equipment rack frames; keeping them secure and out of the way. No tools are required for module installation and removal, this is accomplished using a nylon thumbscrew.

RFR 1018

The RFR 1018 Mounting Tray is designed to accommodate a variety of LYNX yellobrik modules providing a secure mounting platform in any standard 19” rack. Modules are easily installed from the front and held securely in place a thumbscrew. When combined with the RFR 1000 Chassis (which can accommodate up to 14 fiber yellobriks) a fully featured 18 channel modular CWDM system can be accommodated in a total of 1.5RU rack space – see below.

RPS 1000

The RPS 1000 is a power supply for use with the RFR 1000 rack frame. Connector is a 4 pin Molex MiniFit connector. 2 RPS 1000 power supplies can be used with one RFR 1000 for Redundancy.

LC/SC Dup

This option allows the use of SC fiber connections on the OTT 1812 and includes a 0.5m (19.6″) tail (SMF). Adapter cable introduces less than 0.25dB attenuation.

LC/SC Sim

This option allows the use of an SC fiber connection to the OTX 1810 and includes a 0.5m (19.6″) tail (SMF). Adapter cable introduces less than 0.25dB attenuation.

LC/ST Dup

This option allows the use of ST fiber connections on the OTT 1812 and includes a 0.5m (19.6″) tail (SMF) and 2 x ST/ST sex changer adapter. Adapter cable introduces less than 0.25dB attenuation.

LC/ST Sim

This option allows the use of an ST fiber connection to the OTX 1810 and includes a 0.5m (19.6″) tail (SMF) and 1 x ST/ST sex changer adapter. Adapter cable introduces less than 0.25dB attenuation.

OH-TR-1

The OH-TR-1- SDI optical transceiver is an integrated part or plug in option for select LYNX Technik yellobrik and Series 5000 products. This SFP module includes a receiver and a transmitter which facilitates the conversion of an electrical SDI signal into an optical signal for transmission over fiber, and also receives an optical SDI signal and converts to an electrical signal for further processing. Wavelength is a fixed 1310nm and suitable for distances up to 10km**. The module accommodates 270Mbit / 1.485Gbit and 2.97Gbit SDI signals conforming to SMPTE 424M, 292M, 259M and DVB-ASI. A socket, or “cage” is provided for the SFP in the supporting LYNX product for easy installation or upgrade. The SFP is hot swappable.

OH-TX-4-XXXX
The OH-TX-4-XXXX SDI optical transmitter is a CWDM fiber plug in option for select LYNX Technik yellobrik and Series 5000 products. This SFP module facilitates the conversion of an electrical SDI signal into an optical signal for transmission over fiber. 18 wavelength selections are available for CWDM applications and support for distances of up to 40km** is provided. The module supports 270Mbit / 1.485Gbit and 2.97Gbit SDI signals conforming to SMPTE 424M, 292M, 259M and DVB-ASI. A socket, or “cage” is provided for the SFP in the supporting LYNX product for easy installation or upgrade. The SFP is hot swappable.

P-TAP 1000

This option allows the yellobrik to be powered from a battery with a standard P-TAP power connection. Cable length 1.8m

XLR 1000

This option allows the yellobrik to be powered from a camera battery with a standard 4 pin XLR power connection. Cable length 1.8m

LC/SC Dup

This option allows the use of SC fiber connections on the OTT 1812 and includes a 0.5m (19.6″) tail (SMF). Adapter cable introduces less than 0.25dB attenuation.

LC/SC Sim

This option allows the use of an SC fiber connection to the OTX 1810 and includes a 0.5m (19.6″) tail (SMF). Adapter cable introduces less than 0.25dB attenuation.

LC/ST Dup

This option allows the use of ST fiber connections on the OTT 1812 and includes a 0.5m (19.6″) tail (SMF) and 2 x ST/ST sex changer adapter. Adapter cable introduces less than 0.25dB attenuation.

LC/ST Sim

This option allows the use of an ST fiber connection to the OTX 1810 and includes a 0.5m (19.6″) tail (SMF) and 1 x ST/ST sex changer adapter. Adapter cable introduces less than 0.25dB attenuation.

OH-TR-1

The OH-TR-1- SDI optical transceiver is an integrated part or plug in option for select LYNX Technik yellobrik and Series 5000 products. This SFP module includes a receiver and a transmitter which facilitates the conversion of an electrical SDI signal into an optical signal for transmission over fiber, and also receives an optical SDI signal and converts to an electrical signal for further processing. Wavelength is a fixed 1310nm and suitable for distances up to 10km**. The module accommodates 270Mbit / 1.485Gbit and 2.97Gbit SDI signals conforming to SMPTE 424M, 292M, 259M and DVB-ASI. A socket, or “cage” is provided for the SFP in the supporting LYNX product for easy installation or upgrade. The SFP is hot swappable.

OH-TX-4-XXXX
The OH-TX-4-XXXX SDI optical transmitter is a CWDM fiber plug in option for select LYNX Technik yellobrik and Series 5000 products. This SFP module facilitates the conversion of an electrical SDI signal into an optical signal for transmission over fiber. 18 wavelength selections are available for CWDM applications and support for distances of up to 40km** is provided. The module supports 270Mbit / 1.485Gbit and 2.97Gbit SDI signals conforming to SMPTE 424M, 292M, 259M and DVB-ASI. A socket, or “cage” is provided for the SFP in the supporting LYNX product for easy installation or upgrade. The SFP is hot swappable.

P-TAP 1000

This option allows the yellobrik to be powered from a battery with a standard P-TAP power connection. Cable length 1.8m

XLR 1000

This option allows the yellobrik to be powered from a camera battery with a standard 4 pin XLR power connection. Cable length 1.8m

OSP 1812

The OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

OSP 1812 M

he OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

OSP 1814

The OSP 1812, OSP 1812 M and OSP 1814 are compact optical splitters that are used to split or combine a fiber optic signal.

Three versions are available:

OSP 1812
One input (100%) and two outputs (each 50%)

OSP 1812 M
One input (100%) and two outputs, one at 90% power and a second at10% power. Typically used as a monitoring output.

OSP 1814
One input (100%) and four outputs (each 25%) These yellobriks are passive in operation, which means they require no power. They can be used as standalone modules or mounted into the yellobrik RFR 1018 19” rack frame.

OBD 1510 E

The OBD 1510 E is a matched pair of compact Ethernet switches designed to extend the reach of electrical Ethernet signals over long distances. The two switches are linked via single bidirectional fiber link which operates at a constant 1Ggit speed.

This pair of modules uses WDM fiber technology in a closed loop arrangement and essentially functions as an Ethernet extender solution. The fiber link supports distances up to 10Km and provides a single, high speed 1Gbit error-free optical connection between the two locations.

Each OBD 1510 E module has two standard RJ45 electrical Ethernet ports and the complete system functions as a 4 port Ethernet switch, providing two standard RJ45 Ethernet ports at each location bridged with fiber. For legacy systems, each electrical Ethernet port can be set for automatic speed detection (10/100/1000) or forced to 10Mbit. Each port uses auto crossover detection or can be forced manually if needed. These functions are available using the dip switch.

Note. This system used WDM optical multiplexing and should only be used in point to point applications. This solution cannot be integrated into a CWDM multiplexed system.

OBD 1810

The OBD 1810 is a bidirectional Fiber Optic to SDI transmitter and receiver which uses a single fiber link supplied in a compact self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances.

The OBD 1810 modules are supplied in pairs, one Type A and one Type B which work together in a WDM closed loop application. Each module has an electrical SDI in and SDI out connection and uses a single fiber link between the two.

Each channel is fully independent and can have different standards and formats of SDI video. The modules auto-detect and re-clock any 270Mbit, 1.5Gbit and 3Gbit SDI source prior to conversion. The modules are fully compatible with 3Gbit Level A and Level B formats.

Note. This system used WDM optical multiplexing and should only be used in point to point applications. This solution cannot be integrated into a CWDM multiplexed system.

ODT 1510

The ODT 1510 is a multi-function module which (when used with another ODT 1510 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 10km (6.2 miles) over fiber.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1510 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1510 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output.

ODT 1540

The ODT 1540 is a multi-function CWDM compatible module which (when used with another ODT 1540 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 40km over fiber. 18 wavelength sections are provided for CWDM use.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1540 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1540 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output. The ODT 1540 is 100% plug and play, hot pluggable and no special software drivers are required.

OET 1510

The OET 1510 is a compact 3 port Ethernet switch, designed to extend the reach of electrical Ethernet signals over long distances using a constant (fixed) high speed 1 Gbit optical transceiver speed. When paired with another OET 1510 at the receiving end (using two fiber links) you have a cost effective Ethernet extender system for distances up to 10km providing a stable, high speed 1Gbit error free optical connection between locations. The OET 1510 has two standard RJ45 electrical Ethernet ports plus fiber I/O and functions as a 3 port Ethernet switch. For legacy system use; each electrical Ethernet port can be set for automatic speed detection (10/100/1000) or forced to 10Mbit, and each port can use auto crossover detection or be forced manually if needed. These functions are available using the dip switch.

OET 1540

The ODT 1510 is a multi-function module which (when used with another ODT 1510 in the remote location) will extend the reach of serial RS232, RS422 or RS485 as well as two GPI (general purpose I/O) up to 10km (6.2 miles) over fiber.

A single RJ45 electrical serial connection can be configured for RS232, RS422 or RS485 serial standards. A separate RJ45 connector is provided for two electrical GPI inputs and outputs. Serial communications and GPI are transmitted and extended over the same fiber link.

The ODT 1510 is completely agnostic to the serial protocol used, and supports all standard protocols and proprietary protocols at data rates from 300 to 460K Baud (auto sensing and auto adjusting).

The integrated dip switch provides precise control over the serial mode of operation with selections for the serial standard, serial termination, RX/TX crossover and RS422/485 data direction (automatic or manual). Data activity LEDs are provided for the serial port and the GPI port under the respective RJ45 connectors.

The ODT 1510 also supports mixing and matching of serial standards. For example: the transmitting module can have a RS232 input, and the receiving module can be set for RS422 output.

ORR 1802

The ORR 1802 is a compact dual channel fiber optical to SDI receiver designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with a SDI optical transmitter (e.g. yellobrik OTT 1812, OTX 1812, OTX 1842 etc) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The ORR1802 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI fiber source prior to electrical conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

ORX 1702

The ORX 1702 is a compact analog sync or NTSC/PAL composite video to fiber optic receiver. This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic transmitter OTX 1712 you have a very cost-effective optical transmission system for analog sync reference signals or NTSC/PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the ORX 1702 incorporates technology to maintain a very high degree of sync and burst phase stability during the fiber reception and analog conversion. The module receives an SDI signal (including reference and other relevant information) before it is converted to an analog signal. Therefore when the ORX 1702 is used for 525 or 625 SDI video sources it is possible to convert the signal to an analog NTSC or PAL composite output directly. For example: if the 525 or 625 signal is received from an SDI video transmitter OTX 1812. The ORX 1702 provides two analog outputs and support for LC, ST or SC singlemode fiber connections. An LC version suitable for multimode fiber is also available.

ORX 1802

The ORX 1802 is a compact fiber to SDI receiver designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the fiber optic to SDI transmitters (e.g. yellobrik OTX 1812 or OTX 1842) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTX 1812 provides 2 SDI outputs and support for LC, ST or SC singlemode fiber connections as well as an LC version suitable for multimode fiber. The ORX 1802 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI fiber source and convert to an electrical signal. The module is fully compatible with 3Gbit Level A and Level B formats.

ORX 1900

The ORX 1900 is a compact fiber optic receiver for RF signals within the extended L-Band range of 700MHz to 2300MHz. When paired with the OTX 1910 L-Band transmitter you have a very cost effective L-Band optical transmitter/receiver system for long distance applications.

OTR 1441

The OTR 1441 is a self contained fiber transmission kit for the transport of 4 x SDI signals (12G uncompressed) over a single fiber link for distances up to 20km (12miles). The kit includes the fiber transmitter, fiber receiver and power supplies. This is an ideal solution for the transmission of multiple uncompressed SDI streams over long distances with zero losses. Each SDI channel is fully independent. For 4K use the signal is split over 4 separate 3G SDI links (12G) and supports 4K resolution at 60fps. The system can also be used for any combination of SDI signals each with a different format and bit-rate if required. Each channel will automatically detect and reclock SDI bit rates of 270Mbit, 1.48Gbit and 2.97Gbit. LED Indicators are provided for channel presence and power. An optional 19” rack mount tray is available which can accommodate up to 4 modules.

OTR 1810

The OTR 1810 is a Fiber / SDI transmitter and receiver combined in a single self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. Each OTR 1810 transceiver has an independent transmitter and receiver channel, which provides an effective solution for any SDI signal up to 1080p60 (3Gbit/s) while preserving full uncompressed quality. The OTR 1810 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

OTR 1840

The OTR 1840 is a CWDM Fiber Optic to SDI transmitter and receiver combined in a compact self contained package. It is a convenient and cost effective solution to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. Each OTR 1840 CWDM tranceiver has an independant transmitter and receiver channel, which provides an effective solution for any SDI signal up to 1080p60 (3Gbit/s) while preserving full uncompressed quality. Select from 18 transmitter wavelengths for full CWDM compatibility (ITU-T G.694.2). The OTR 1840 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to conversion. The module is fully compatible with 3Gbit Level A and Level B formats.

OTT 1812

The OTT 1812 is a compact dual channel SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the dual channel fiber optic to SDI receiver (e.g. yellobrik ORR 1802) you have a very cost effective dual channel optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTT 1812 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTT 1842

The OTT 1842 is a compact CWDM dual channel SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. 18 wavelength choices are provided. When combined with the dual channel fiber optic to SDI receiver module ORR 1802,and the OCM 1891/1892 CWDM multiplexers you have a very cost effective CWDM fiber system for up to 18 signals in a single fiber link. The OTT 1842 has two completely independent channels and each will auto-detect and re-clock any 270Mbit / 1.48Gbit and 2.97Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1712

The OTX 1712 is a compact analog sync or NTSC/PAL composite video to fiber optic transmitter. This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic receiver ORX 1702 you have a very cost effective optical transmission system for analog sync reference signals or NTSC/PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the OTX 1712 incorporates technology to maintain a very high degree of sync and burst phase stability during the conversion and fiber transmission. The module converts the NTSC/PAL video signal to an SDI signal (including reference and other relevant information) before it is converted to fiber. Therefore when the OTX 1712 is used for NTSC or PAL video sources it is possible to convert the fiber signal directly to SDI if required using an SDI receiver (e.g. ORX 1802). The OTX 1712 provides a passive loop output and support for LC, ST or SC singlemode fiber connections. An LC version suitable for multimode fiber is also available.

OTX 1742

The OTX 1742 is a compact analog sync or NTSC/PAL composite video to fiber optic transmitter (CWDM compatible). This device is specifically designed to combat the restrictions involved with the distribution of broadcast quality analog reference and composite video signals over long distances. When paired with the fiber optic receiver ORX 1702 you have a cost-effective optical transmission system for analog sync reference signals or NTSC/ PAL composite video. This device is particularly useful for reference sync distribution between remote installations to maintain correct synchronization. Unlike other very basic analog to fiber conversion solutions, the OTX 1742 incorporates technology to maintain a very high degree of sync and burst phase stability during the conversion and fiber transmission. The module converts the NTSC/PAL video signal to an SDI signal (including reference and other relevant information) before it is converted to fiber. Therefore when the OTX 1742 is used for NTSC or PAL video sources it is possible to convert the fiber signal directly to SDI if required using an SDI receiver (e.g. ORX 1802).

OTX 1812

The OTX 1812 is a compact SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances. When paired with the fiber optic to SDI receiver (e.g. yellobrik ORX 1802) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. The OTX 1812 provides a looping SDI input and support for LC, ST or SC singlemode fiber connections as well as anLC version suitable for multimode fiber. The OTX 1812 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1842

The OTX 1842 is a compact CWDM SDI to fiber optic transmitter designed to combat the restrictions involved with the distribution of uncompressed broadcast quality video signals over long distances.When paired with the fiber optic to SDI receiver (e.g. yellobrik ORX 1802) you have a very cost effective optical transmission / receiver system for signals up to 1080p60 (3Gbit/s), while preserving full uncompressed quality. Select from18 wavelengths for full CWDM compatibility. The OTX 1842 will auto-detect and re-clock any 270Mbit / 1.5Gbit and 3Gbit SDI source prior to optical transmission. The module is fully compatible with 3Gbit Level A and Level B formats.

OTX 1910

The OTX 1910 is an effective solution for transporting analog RF L-Band signals over long distances. The module supports RF signals within the extended L-Band range of 700MHz to 2300MHz.The module is configured using the integrated dip switch. This allows the LNB power to be activated and switched to 13V or 18V to select horizontal or vertical polarization. Additionally, the internal 22kHz tone generator can be turned on and off to select the high or low frequency range.When paired with the fiber optic receiver for RF signals (yellobrik ORX 1900) you have a very cost effective optical RF transmitter/receiver system for distances up to 10km.

PDM 1284 B

The PDM 1284 B is a versatile AES audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. It supports unbalanced AES3id audio I/O using 75 Ohm BNC connections. Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The module automatically detects audio formats and will deactivate the sample rate converters to preserve encoded bit streams such as DolbyE. The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

PDM 1284 D

The PDM 1284 D is a versatile AES audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. It supports balanced AES3 audio I/O using a 25 pin SubD connector. Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The module automatically detects audio formats and will deactivate the sample rate converters to preserve encoded bit streams such as DolbyE. The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

PDM 1383

The PDM 1383 is a versatile analog audio embedder and de-embedder designed for a wide range of SDI video formats up to 3Gbit. Analog audio I/O is connected using a 25 pin SubD connector. (screw terminal adapter provided). Audio groups are selected using the rotary switches, and its possible to embed and de-embed additional audio groups by cascading modules together. Simultaneous embedding and de-embedding means the module will de-embed and output the audio from the selected audio group before overwriting with new audio (if required). The “auto black” mode uses a black video frame if no SDI input is present. This allows the module to embed audio even when no video source is available. This mode is useful if the module is being used in an “audio only” application. A 1 kHz test tone generator is included for audio testing purposes.

SPG 1707

The SPG 1707 is a compact, versatile analog sync pulse generator with genlock providing HD / SD video sync and audio reference signals. The module provides three SD sync outputs and three HD sync outputs and a separate audio sync output that can be switched between 48 KHz World Clock or Digital Audio Reference (DARS).

Flexible genlock capability allows the module to genlock to any SD or HD reference input, with full cross lock capability, even across unmatched standards.

The HD tri-level sync outputs can be set to any of the available HD standards, and the bi-level SD outputs set for NTSC, PAL or PAL M/N. The SD and HD sync outputs and audio sync signals are all frequency locked to the reference regardless of the selected sync standard for the outputs.

The SD sync outputs can be Color bars, Black Burst or Sync only with selectable 7.5 IRE pedestal for NTSC standards with adjustable burst phase in 8 increments.

The sync generator is robust and temperature stabilized, suitable as a reference source with 2ppm accuracy.

All user controls are located on the top of the module clearly labelled and easily accessible. This facilitates simple changes to module function and configuration without referring to a manual.

The compact portable design makes it suitable for a wide range of applications in broadcast and mobile production environments.

Note: 1080p 50Hz / 60Hz and 59.94Hz sync standards not supported.

CDH 1813

The CDH 1813 is a versatile, compact SDI to HDMI converter designed to combata host of monitoring and display applications in broadcast, post production andpro A/V markets. Convert any SDI video signal, including 3D formats into anHDMI signal for monitoring and display. Fiber connectivity options add SDI fibertransmission and/or SDI fiber reception using the integrated fiber SFP socket. Two channels of audio can be de-embedded providing digital AES and analogaudio outputs. Analog audio outputs have selectable full scale range presets.The two selected audio channels can also be embedded into the HDMI output.In addition 8 channels selected from the input signal (channels 1-8 or 9-16) canbe embedded into the HDMI output. Various burn in features make the CDH1813 a true monitoring tool. Timecode burn in, 16 channel audio metering, safearea markers and Metadata display are just a few of the on-screen monitoringfeatures. The yelloGUI software provides support for a host of additional settingsand features which are accessed using a PC and the USB port on the module.

CHD 1802

The CHD 1802 is a compact HDMI to SDI converter It is an ideal solution for any application which requires a broadcast quality SDI signal derived from an external HDMI source. Any audio present in the HDMI stream will be embedded into the corresponding channels on the SDI output.

The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings Technical Specifications.

An SDI fiber output is also provided with a variety of plug in SFP options available.

CHD 1812

The CHD 1812 is a versatile and compact HDMI to SDI converter with integrated frame synchronizer. It is an ideal solution for any application which requires a fully synchronized SDI input from an external asynchronous HDMI source.

The flexible reference sync input will accept any analog video sync format including SD bi-level sync, black burst, colorbars and tri-level HD sync. The sync input is auto detecting and fully cross lock compatible. For example: An SDTV reference can be used to frequency lock an HD HDMI input. If no reference is present, the converter performs a standard asynchronous HDMI to SDI conversion. A pair of stereo analog inputs can be embedded into any AES channel. Audio inputs can be either professional balanced audio with selectable full scale level, or unbalanced consumer line level audio. By default any audio present in the HDMI stream will be embedded into the SDI output or it can be replaced with the external audio signals.

The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings including adjustable video delay for timing purposes.

An SDI fiber output is also provided with a variety of plug in SFP options available.

SPG 1707

The SPG 1707 is a compact, versatile analog sync pulse generator with genlock providing HD / SD video sync and audio reference signals. The module provides three SD sync outputs and three HD sync outputs and a separate audio sync output that can be switched between 48 KHz World Clock or Digital Audio Reference (DARS).

Flexible genlock capability allows the module to genlock to any SD or HD reference input, with full cross lock capability, even across unmatched standards.

The HD tri-level sync outputs can be set to any of the available HD standards, and the bi-level SD outputs set for NTSC, PAL or PAL M/N. The SD and HD sync outputs and audio sync signals are all frequency locked to the reference regardless of the selected sync standard for the outputs.

The SD sync outputs can be Color bars, Black Burst or Sync only with selectable 7.5 IRE pedestal for NTSC standards with adjustable burst phase in 8 increments.

The sync generator is robust and temperature stabilized, suitable as a reference source with 2ppm accuracy.

All user controls are located on the top of the module clearly labelled and easily accessible. This facilitates simple changes to module function and configuration without referring to a manual.

The compact portable design makes it suitable for a wide range of applications in broadcast and mobile production environments.

Note: 1080p 50Hz / 60Hz and 59.94Hz sync standards not supported.

DVA 1714

The DVA 1714 is a compact general purpose wide band analog distribution amplifier suitable for analog SDTV and HDTV video signals.The module can also be used for analog SDTV Bi-level sync pulses, black reference and analog HDTV Tri-level sync pulses.Features include an Input clamp with user adjustable gain and cable equalization.LED indications are provided for signal presence and power

DVD 1817

The DVD 1817 is a compact general purpose reclocking SDI distribution amplifier suitable for any level A or Level B SDI video signal up to 3Gbit (1080p60) including DVB-ASI signals. SMPTE 424M (3Gbit/s), SMPTE 292M (1.5Gbit/s) and SMPTE 259M (270Mbit/s) standards are supported.

DVD 1823

The DVD 1823 is a compact general purpose, dual channel reclocking SDI distribution amplifier suitable for any level A or Level B SDI video signal up to 3Gbit (1080p60) including DVB-ASI signals. SMPTE 424M (3Gbit/s), SMPTE 292M (1.5Gbit/s) and SMPTE 259M (270Mbit/s) standards are supported.

RFR 1000

The RFR 1000 is a compact 1 RU high mounting frame designed for yellobriks. Up to 14 yellobriks can be vertically mounted and are mechanically clamped securely in place. Each slot has its own integrated power connector on a central power bus. The rack has two external 12VDC inputs for power, one for primary power, the second for redundant backup. An optional external power brick is available which provides enough power for any combination of yellobriks. A second unit can be used for redundant backup. Primary and redundant power LED’s are located in the front panel as well as GPO connections for the power supply failure alarms. While the frame will accommodate all yellobriks, it is ideally suited for the yellobrik fiber converters, which are typically used in larger numbers. Fiber connections are on the front and the SDI copper connection in the rear. A space is left open on one side to route the fiber loops from front to rear making for a very clean installation. The module fiber RX and TX activity LED’s can be seen clearly from the front with the modules installed.

RFR 1001

The RFR 1001 is a robust metal mounting solution for a single yellobrik. The bracket can accommodate the smaller and larger modules using the mounting slots provided in the yellobrik. The bracket can be mounted on any flat surface using suitable screws or bolts (not supplied). The mounting holes are on 19” rack rail centers which makes it ideal for mounting yellobriks in the rear of equipment rack frames; keeping them secure and out of the way. No tools are required for module installation and removal, this is accomplished using a nylon thumbscrew.

RFR 1018

The RFR 1018 Mounting Tray is designed to accommodate a variety of LYNX yellobrik modules providing a secure mounting platform in any standard 19” rack. Modules are easily installed from the front and held securely in place a thumbscrew. When combined with the RFR 1000 Chassis (which can accommodate up to 14 fiber yellobriks) a fully featured 18 channel modular CWDM system can be accommodated in a total of 1.5RU rack space – see below.

RPS 1000

The RPS 1000 is a power supply for use with the RFR 1000 rack frame. Connector is a 4 pin Molex MiniFit connector. 2 RPS 1000 power supplies can be used with one RFR 1000 for Redundancy.

AutoHybrid

AutoHybrid gives you simultaneous send and receive audio through analog telephone lines. Not just another half duplex auto-coupler, this is a full duplex AutoHybrid.

Yes, you can send and receive audio at the same time. The dual transformer hybrid is capable of 20 dB nominal trans-hybrid loss. In other words, your transmit signal will appear mixed with the receive signal, but at a level 20 dB lower than it was sent into the phone line.

The “Auto” feature is very simple. When the “Auto” switch is selected, AutoHybrid will answer on the first ring. The phone line will remain off-hook, until either the Drop button is depressed, or until the phone company releases the line. Keep in mind that some business PBX telephone systems do not provide this release signal.

This is a simple, passive, auto-answer/disconnect telephone line interface. While this may be our smallest hybrid yet, it contains all the features you need for many simple applications. AutoHybrid is perfect for monitoring remote locations, IFB feeds, and many simple studio, conferencing, and PA telephone interface applications.

This small desktop unit easily converts to a rack-mount unit using the optional RA4 Rack Panel. The RA4 holds four AutoHybrids in a 1U rack space.

BlueDriver

ur BlueDriver™ series audio interfaces use Bluetooth Wireless Technology* to send and receive audio from your professional audio equipment.

BlueDriver™ now features HD Voice technology, allowing 7 kHz Wide Band Speech when used with compatible phones on compatible networks. Read our HD Voice primer for more details.

BlueDriver-F3™ plugs directly into a dynamic mic or the mic level output from a mixing console. Pair to your Bluetooth enabled cell phone or headset. The 3.5 mm stereo jack contains a mic level output suitable for recording, with the clean mic signal on the left channel and the Bluetooth return on the right.

BlueDriver-M3™ plugs into the mic input channel of a mixer. Pair to your Bluetooth equipped cell phone or headset. The 3.5 mm jack will accept a signal from the headphone output of the mixer for transmission back to the cell phone or headset.

A switch on either unit selects between connection to a 3rd party Bluetooth headset, or a cell phone.

Headset Connect:

Pair BlueDriver™ to your 3rd party Bluetooth headset. Some Bluetooth headsets allow you to switch between your audio device and a cell phone.

Phone Connect:

Pair BlueDriver™ to your cell phone to call into the station or bring in caller audio.
*The Bluetooth word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by JK Audio, Inc. is under license. Other trademarks and trade names are those of their respective owners.

BlueKeeper

BlueKeeper combines Bluetooth Wireless Technology with professional audio electronics in a convenient desktop design.

BlueKeeper pairs to your cell phone like a Bluetooth wireless headset. Simply connect your favorite microphone and headphones and enjoy an immediate improvement at both ends of the call. The professional microphone preamplifier provides a dramatic improvement in sound quality to the caller (or back to the station if you are away from the studio). The caller audio comes in loud and clear over the convenient front panel headphone jack.

Recording Interviews – BlueKeeper allows you to send mic and line level signals into your wireless phone while maintaining excellent separation between your voice and the caller. The stereo output jack on the back of the unit provides your voice on one channel (in full fidelity) and the caller’s voice on the other channel. Connect this jack to your sound card or recorder. It’s perfect for radio or podcast interview recordings. The balanced XLR output jack contains only the caller’s voice. Connect to your mixing console or even to a PA system for everyone to hear.

Connections – The 3.5 mm stereo line input jack allows recordings to be sent into your Bluetooth device. The 3.5 mm stereo line output jack provides your full bandwidth send mix on the left channel and Bluetooth caller audio on the right channel. The headphone output gives you a mix of the XLR input, 3.5 mm input, and Bluetooth audio. This same overall mix is also provided on a 3.5 mm mono mic level output jack. This output is perfect for connection to the mic input jack on voice recorders or notebook computers. Your voice will remain in full bandwidth high fidelity while the caller’s voice, well… it sounds as good as it can from a mobile phone.

BlueKeeper also pairs to Bluetooth equipped sound cards and music players in full bandwidth stereo A2DP mode.

BluePack

BluePack allows live man-on-the-street interviews through a cell phone equipped with Bluetooth Wireless Technology. This sleek belt pack provides a professional look and feel to field reporters and remote talent.

BluePack now features HD Voice technology, allowing 7 kHz Wide Band Speech when used with compatible phones on compatible networks. Read our HD Voice primer for more details.

BluePack pairs to your cell phone like a Bluetooth wireless headset. This professional microphone preamp and powerful headphone amplifier make sure the message gets through. A 3.5 mm stereo line input jack allows recordings to be mixed into the broadcast.

The 3.5 mm stereo line output jack provides your full bandwidth microphone signal on the left channel and Bluetooth audio on the right channel. Like any phone call, live interviews are limited to 3.4 kHz voice bandwidth back to the station. This stereo output jack allows you to make a full bandwidth recording using your favorite recorder for transfer back at the station or over the web.

The stereo headphone output gives you a mix of the XLR microphone input, 3.5 mm input, and Bluetooth audio. This powerful ½ watt stereo headphone amplifier will cut through any crowd noise. BluePack also pairs to Bluetooth equipped sound cards and music players in full bandwidth stereo A2DP mode.

BlueSet

JK Audio introduces the BlueSet™ series of intercom headset adapters using Bluetooth Wireless Technology*. These headset interfaces plug directly into most Party-Line (PL) belt packs, replacing the wired headset.

BlueSet™ now features HD Voice technology, allowing 7 kHz Wide Band Speech when used with compatible phones on compatible networks. Read our HD Voice primer for more details. A 3.5 mm stereo headset jack contains a mic level output signal suitable for recording, with the beltpack headphone signal on the left channel, and the Bluetooth return signal on the right. A switch selects between connection to a 3rd party Bluetooth headset or a cell phone.

Headset Connect:

Pair BlueSet to your Bluetooth headset. Leave your belt pack on the desk as you walk around the room. For the best sound quality, use our new BSET-HS1™ Wireless Headset.

Phone Connect:

Pair BlueSet to your cell phone to extend your system around the world. The belt pack Mic/Talk button controls audio from the cell phone into the intercom system.

Intercom Headset Compatibility:

Female and Male XLR four and five pin versions available: BlueSet-F4, BlueSet-F5, BlueSet-M4, BlueSet-M5

*The Bluetooth word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by JK Audio, Inc. is under license. Other trademarks and trade names are those of their respective owners. Clear-Com® is a registered trademark of HM Electronics, Inc.

Broadcast Host

Broadcast Host turns your desktop into a professional broadcast center. Contains everything you need to get talk show quality phone recordings into your mixer or sound card.

Connect a mic and headphones for a simple broadcast back to the station. Already at the station? Use Broadcast Host in your newsroom to record high quality interviews. Or, you can upload your recorded interview to your podcast. Broadcast Host allows you to send mic and line level signals into the phone line while maintaining excellent separation between your voice and the caller. The stereo output jack on the back of the unit provides your voice on one channel and only the caller’s voice on the other channel. The balanced XLR output jack contains only the caller’s voice.

The digital hybrid connects audio signals to a standard analog telephone line without the transmit / receive crosstalk common to analog hybrids. The Digital Signal Processor (DSP) continuously monitors both the phone line and audio signals to deliver excellent separation. This proprietary, dual-convergence echo canceller algorithm can achieve excellent separation, typically exceeding 50 dB, without any setup and without sending a noise burst down the line.

Broadcast Host provides connections for a microphone, headphones, mixer, sound card, telephone and your analog telephone line. An auxiliary telephone is only required to place outgoing calls. The auxiliary telephone is disconnected when you press the “Call” button, and reconnected when you press the “Drop” button.

Broadcast Host features Auto-Answer/Auto Disconnect for use in IFB and monitoring applications. Other applications include: telephone interviews, talk shows, church PA interface, and conference room full duplex applications.

BsetHS1

BSET-HS1 gives you the look, feel, and comfort of an office headset, adding the portability of Bluetooth Wireless Technology. This is not your typical “earpiece” headset. BSET-HS1 positions the noise canceling mic right where it needs to be in order to receive the best signal quality. Its no secret. Put the mic where it belongs and you get better, more natural sounding audio without excessive signal processing. Take it wherever you go. The noise canceling mic blocks out crowd and road noise letting you listen in comfort. You will enjoy the comfortable ear cushion and headband common to Call Center headsets. Weighing less than 2 ounces, you will forget that you are wearing it.

BSET-HS1 is a perfect match to the JK Audio BlueSet series intercom interfaces, or your mobile phone. In fact, BSET-HS1 is compatible with any Bluetooth enabled device that supports the Headset profile. Connect to your computer for VoIP applications such as Skype™.

The actual range of Bluetooth wireless technology is determined by the weaker of the two paired devices. Don’t be fooled by marketing hype. The maximum range of most mobile phones is often limited to about 10 ft, consequently most headsets were designed to work within this tight circle. Outside of this circle, they experience dropouts and noise that render the connection useless. We’ve tested several headsets that boast ranges that exceed the range of your phone. Although some headsets offered ranges of 30 ft or more, there were often compromises in quality, comfort, and performance.

BSET-HS1 offers the long range and performance needed to get the best out of your BlueSet or your mobile phone.

CellTap

Need to record your cell conversations?

Connect CellTap between the 2.5 mm earpiece jack of your cell phone and your earpiece or headset. Now connect a tape recorder or powered speakers to the 3.5 mm mini jack. This audio output contains a nice mix of both sides of the conversation. CellTap works with any wireless phone that accepts a third party headset or earpiece.

CellTap gives you a quick and easy way to record telephone interviews directly to your portable recorder or even directly to your computer sound card to be uploaded to your podcast.

Group Listen – Simply connect a powered speaker to the audio output jack and you will have a new conferencing capability. Everyone in the room can hear your conversation, but only the person wearing the headset can talk to the distant party. While this is not a speakerphone, in many cases it’s more suitable for sales presentations or contract talks.

CellTap must be used with an earpiece or headset. Your cell phone will not recognize CellTap on its own.

ComPack

Pick up this new handheld road tool to get audio in and out of analog phone lines, PBX systems, even cell phones. Perfect for Remote Broadcasts, IFB feeds, or interviews over any phone connection.

Wireless Phones and Notebooks: Simply plug ComPack into the 3.5 mm headset jack of your wireless phone or notebook computer. Your device will recognize ComPack as a headset which will disable the internal mic and speaker.

PBX Systems: Unplug the handset from any analog or digital PBX phone and plug the coily cord into ComPack. You can now send and receive audio through the PBX telephone set.

Analog Phones: Plug ComPack into an RJ-11 jack, go off-hook and dial, or answer an incoming call.

ComPack also functions as a simple telecom interface for your beltpack intercom system. This no-frills feature allows you to connect the 3 pin male XLR to your beltpack intercom group. This provides a full duplex, always-on connection to any telephone network.

The ComPack Wireless Phone / Notebook interface was designed to take advantage of the increasing number of wireless phones and notebooks that accept third party headsets and earpiece headsets. While some wireless phones have the 3.5 mm jack directly on the phone, others require a headset adapter which converts their proprietary connector into this 3.5 mm jack.

Concierge

JK Audio introduces a modular family of talk show system components. The heart of the system is the new Concierge™ switch core, allowing connection of two hybrids across six phone lines.

The switch matrix routes six incoming analog phone lines to JK Audio innkeeper 1rx™ or innkeeper 2™ Digital Hybrids. A firmware upgrade is all that is required to make most older model INN1x/INN1rx and INN2 hybrids compatible with this new system.

Innkeeper digital hybrids are globally compliant and compatible with most PBX and VOIP analog line ports.

Concierge adds music on hold input, auxiliary phone integration, and intuitive call control. Two Concierge switch cores can be bridged together, providing six additional phones lines for a two hybrid, 12 line system.

Up to eight Guest Module control surfaces can be added to provide remote control of the switch matrix over CAT5 cable. Guest Modules are available in GM1x6, GM2x6, and GM1x12 desktop and rack mount versions.

The smallest system consists of one Concierge switch core, one innkeeper 1rx, and one Guest Module GM1x6 control surface.

CSM – IP

Call Screener Module

CSM-IP is a remote interface to the JK Audio Concierge Talk Show System. CSM-IP contains a web server that allows the user remote control of their Concierge Talk Show system through their web browser. More than just a virtual Guest Module, CSM-IP adds Call Screening capabilities, call timers, and features beyond the physical control surface.

Features:

• Answer, Hold, and Drop Calls
• Call and Hold timers
• Clear indication of Call state and Priority in queue.
• Reset order of queue.
• Set Auto-Answer by Line
• Start and Stop Conference
• Text fields for caller name and location
• Chat between users
• Save Call Logs
• Made in USA

• Control Connection: RJ-45 Ethernet port
• RS-232 Serial Connection: DB-9
• USB Type A
• USB Type B
• Size: 5” x 3.25” x 1.125” (13 x 9 x 3 cm)
• Weight: 1 lb (450 grams)
• No external power required

Daptor One

Remote Broadcasts over a cell phone?

Daptor One converts the 2.5mm headset jack on your wireless cellular phone to a modular phone line jack. This modular RJ-11 jack connects directly to any JK Audio RemoteMix series mixer.

Daptor One was designed to take advantage of the increasing number of wireless phones that accept third party headsets and earpiece headsets. We’ve designed a circuit which emulates the electrical characteristics of these headsets. Daptor One will work with all wireless phones that accept generic third party headsets. While some wireless phones have the 2.5 mm jack directly on the phone, others require a headset adapter which converts their proprietary connector into the 2.5mm jack.

Daptor One contains a mini hybrid circuit that converts these earpiece and microphone signals into a balanced RJ11 phone line signal. The mic signals from the RemoteMix are sent into the wireless phone, while the earpiece signals from the wireless phone are sent into the RemoteMix Headphones. The hybrid circuit minimizes crosstalk between transmit and receive which would create unwanted echo on both the RemoteMix and far end side of the call. You will continue to use your wireless phone to dial or answer the call, but you will use the microphones and headphones plugged into your RemoteMix during the call.

Daptor Two

Remote Broadcasts over a cell phone?

Simply plug Daptor Two into the headset jack of any wireless phone or notebook computer that accepts a third party headset or earpiece. Send and receive voice band audio during regular calls, or full bandwidth audio using third party codec applications.

Your device will recognize Daptor Two as a headset which will disable the internal mic and speaker.

Audio Connections – You may use either the XLR input or 1/4″ input, not both. The XLR input jack is disconnected when a cable is plugged into the 1/4″ input jack. The same is true for the XLR and 1/4″output jacks.

Daptor Two was designed to take advantage of the increasing number of wireless phones and notebook computers that accept third party headsets and earpiece headsets. We’ve designed a circuit which emulates the electrical characteristics of these headsets. While some devices accept the 3.5 mm jacks directly, others require a headset adapter which converts their proprietary connector into one of these jacks. We do not provide this adapter.

Daptor Three

Daptor Three is a simple, professional audio interface using Bluetooth Wireless Technology. Like its predecessor Daptor Two, this new version allows balanced and unbalanced connections to your cell phone. While Daptor Two uses the wired headset headset jack, Daptor Three connects to your cell phone like any other Bluetooth enabled headset. It will also connect to any other product, such as a laptop, that allows a wireless headset connection.

Daptor Three now functions as either a Master or Headset device. In Master mode, Daptor Three connects to headsets or headset type devices, transmitting A2DP audio, or initiating a 2-way voice band connection to a headset. In Headset mode, Daptor Three connects to wireless phones, computers, or Bluetooth dongles, receiving A2DP audio or a 2-way Hands Free connection.

JK Audio products are built to the tough standards of the broadcast industry. Using a diecast aluminum enclosure and rugged components throughout, Daptor Three is built to take real world abuse. This over-engineering allows us to offer a two year warranty on all JK Audio products.

Four IFB

Four IFB is a four position analog telephone line interface. This road tough product is designed to provide flexible listen-only IFB for television field production use. Each IFB output, and the monitor input / output jacks, may be separately connected to one of the four analog phone lines. A telephone handset may also be connected for communication with the Monitor phone line.

Four IFB is designed for use in real world environments and weather conditions. All controls and components are dust and moisture resistant. The hinged cover protects the unit’s selector switches, add/drop buttons, and keypad.

Guest Module 1

Guest Module 1 gives you remote access to the on-hook / off-hook and dial features of either the Broadcast Host or Innkeeper series digital hybrids.

This little time-saver gives you call control you simply can’t get with an auxiliary telephone and a couple of switches. Connect Guest Module 1 using an 8 pin RJ45 modular cable. This cable provides remote power so there is no need for batteries or an external power pack. The Call button will flicker when a call comes in. Press this button to answer or place a call. The button will stay lit when a call is present. When you dial on-air, the tones go out on the line, and do not come back mixed with the dial tone or caller signal. Guest Module 1 was designed exclusively for JK Audio Broadcast Host, Innkeeper LTD, or Innkeeper 1x/1rx digital hybrids.

Monitoring Solutions

TPlura PRM-3G Series New PRM-217-3G, PRM-224-3G & PRM-233-3G, Plura 17″, 24″ & 32″ FULL HD 1920×1080 Precision Broadcast LCD Series is built with Grade A – 10 BIT 17″, 24″, 32″ panel respectively.New PRM Plura Precision Broadcast LCD Series is built with Grade A LED back-Light LCD Panel and supports 3 Gbps – 1080P/60P input capability as well as all other types of digital video formats HD & SD-SDI and analog video formats like RGB, Component and Composite signals.

Plura MVM Series

Plura integrated multi-view monitors are built with Grade A TFT Panels and feature 1:1 pixel to pixel scaling, Intelligent connection for Automatic Alignment and Calibration and Adjustable Colormetry and Gamma Correction. The Built-in multi-viewer feature saves space,time and money. The Ethernet remote confi guration software tool enables users to store & recall multiple conventional and user defined Layouts.

Plura DBM Series

DBM-Series is the most economical broadcast monitor series in the market with DVI, HDMI, VGA & Analog inputs that come standard with Auto Calibration & Alignment and Remote Wall Control Software Capabilities. It is suited and designed uniquely for Broadcast Monitor Wall & Multi-Viewer applications. Availabe in multiple sizes: 40″, 46″, 55″ & 70″. DBM-Series is designed to meet all broadcast quality challenges as it provides:
Innovative color reproduction – Unparalleled quality – Affordability – Reliability

Plura LCM-3G Series

LCM Series consists of high quality HD LCD monitors, specifically designed for use in Broadcast environment ensuring accurate color reproduction in accordance with SMPTE, EBU, REC 709 Broadcast Standards.

The standard calibration feature enables gamma, color temperature and white luminance level adjustments to meet all Broadcast and medical standards. The LCM series calibration tool provides 10 bit look up table (LUT) (1024 steps of grayscale)

Plura SFP-3G Series

The NEW SFP-3G Series consists of SFP-217-3G, SFP-221-3G, SFP-224-3G & SFP-232-3G, 17″, 21″, 24″ & 32″ FULL HD 1920×1080 Precision Broadcast LCD Series which is built with 17″, 21″ 24″ & 32″ high quality panel respectively. The SFP-3G series adapt to various optional PLURA SFP modules which can fit any possible broadcast application. It supports up to 3 Gbps-1080-60P along with all other Digital and Analog inputs & formats.

Plura PBM-S Series

The PBM-S Series offers an elegant slim design with fast response time for smooth video streaming, available in 17″, 19″, 20″, 21″, 24″, 32″, 40″, 46″ & 55″ display sizes, native full HD resolution – in 17″, 21″, 24″, 32″, 40″, 46″ & 55″ sizes-with high contrast ratio, wide viewing angles, accurate color reproduction and quality picture consistency that meets your HD & SD Monitoring application.

Calibration Solutions

A Monitor Display can change over time and thus render the same image differently. Recalibration returns your display to a reference standard for brightness and color consistency. Wide gamut displays may be over-saturated and without calibration even wide-gamut displays may be inaccurate. All Plura monitors are calibrated at the QC stage. All monitors will be issued with calibration report and suggested re-calibration due date prior shipment.

Test A Measurement

Timing Solutions

All-in-One Matrix + Switcher



System Specification.

HD Character Management​

Low Heat, High Performance Mini-Converter

BAT-Series

Our innovative BAT Series line of mini converters offer superior signal quality with the lowest SDI jitter. The BAT Series is a versatile and feature-packed solution for your project and budget requirements. Based on your conversion needs, there are four models to choose from supporting a full range of SDI (3G/HD/SD), HDMI and Analog Composite/Component options.

BAT Series Option

HDMI to HD/SD/SDI (BAT-3HS) / HD/SD/SDI to HDMI (BAT-3SH)

Analogue to HD/SD/SDI (BAT-AS) / HD/SD/SDI to Analogue (BAT-SA) / SDI Distributor 6-Outputs (BAT-SD)

BAT-3HS (HDMI to HD-SDI)

BAT-3HS KEY FEATURES:

Auto detection mode (3G/HD/SD)
Re-clocked loop-through 3G/HD/SD-SDI output [BNC 75 ohm]
HDMI v1.3 compliant
Supports 8 audio channels (4 stereo pairs) - 48kHz sample rate
Additional analog stereo audio output (Left RCA : White, Right RCA : Red)
Selectable luminance range(0~255/16~235) by DIP switch
Selectable HD/SD color space conversion by DIP switch


Supported Video Formats:

720(1440) x 480i @ 59.94/60, 720(1440) x 576i @ 50
1280 x 720p @ 50, 1280 x 720p @ 59.94/60
1920 x 1080i @ 50, 1920 x 1080i @ 59.94/60
1920 x 1080p @ 23.94/24, 1920 x 1080p @ 25, 1920 x 1080p @ 29.97/30
1920 x 1080p @ 50, 1920 x 1080p @ 59.94/60

Video Inputs:

HDMI with embedded audio & auto mute when DVI input

Video Outputs:

SMPTE-259/272/274/292/296/299/424/425 3G/HD/SD-SDI, 2 x BNC

Audio Outputs:

- Supports 8 audio channels (4 stereo pairs)
- when the input audio sample rate is 48kHz
- Supports 2 audio channels (1 stereo pair)
- Auto detection of the input audio sample rate

BAT-3SH (HD-SDI to HDMI)

BAT-3SH KEY FEATURES:

Auto detection mode (3G/HD/SD)
Re-clocked loop-through 3G/HD/SD-SDI output [BNC 75 ohm]
HDMI v1.3 compliant
Supports 8 audio channels (4 stereo pairs) - 48kHz sample rate
Additional analog stereo audio output (Left RCA : White, Right RCA : Red)
Selectable luminance range(0~255/16~235) by DIP switch
Selectable HD/SD color space conversion by DIP switch

Supported Video Formats

720(1440) x 480i @ 59.94/60, 720(1440) x 576i @ 50
1280 x 720p @ 50, 1280 x 720p @ 59.94/60
1920 x 1080i @ 50, 1920 x 1080i @ 59.94/60
1920 x 1080p @ 23.94/24, 1920 x 1080p @ 25, 1920 x 1080p @ 29.97/30
1920 x 1080p @ 50, 1920 x 1080p @ 59.94/60

Video Inputs:

3G, HD, and SD-SDI (auto-selected), SMPTE-259/272/274/292/296/299/424/425
1x BNC input, 1x BNC loop-through output

Video Outputs:

HDMI v1.3a, 24/30/36 bits per pixel, RGB, 2.25Gbs, SD, HD, 1080p50/60
HDMI Standard Type A connector

Audio Outputs:

HDMI embedded audio, 24 bit, 2 or 8 channels RCA-style analog outputs at -10dBV

BAT-AS (Analog to HD-SDI)

BAT-AS KEY FEATURES:

Auto detection mode (HD/SD)
Component (YPbPr) or Composite (CVBS or S-Video) input
HD/SD-SDI output x1 [BNC 75ohm]
Supports analog stereo audio iutput (Left RCA : White, Right RCA : Red)
Selectable luminance range(0~255/16~235) by DIP switch
Selectable HD/SD color space conversion by DIP switch

Supported Video Formats:

720(1440) x 480i @ 59.94/60, 720(1440) x 576i @ 50
1280 x 720p @ 50, 1280 x 720p @ 59.94/60
1920 x 1080i @ 50, 1920 x 1080i @ 59.94/60
1920 x 1080p @ 23.94/24, 1920 x 1080p @ 25, 1920 x 1080p @ 29.97/30

Video Inputs:

HD Component (YPbPr) or SD Component/Composite/S-Video, 3x BNC
Video Outputs:

SMPTE-259/272/274/292/296/299 HD/SD-SDI with embedded audio outputs, 1 x BNC
Audio Outputs:

2 channels unbalanced, 2x RCA

Video ADC:

12-Bits

Audio ADC:

24-Bits, 48kHz

BAT-SA (HD-SDI to Analog)

BAT-SA KEY FEATURES:

Auto detection mode (HD/SD)
Re-clocked loop-through HD/SD-SDI output [BNC 75 ohm]
Component (YPbPr) or Composite (CVBS and S-Video) output [RCA]
Supports 2 audio channels (1 stereo pairs)
- 48kHz sample rate
- Left RCA: White, Right RCA: Red
Selectable Component (YPbPr) or Composite (CVBS and S-Video) by DIP switch

Supported Video Formats:

720(1440) x 480i @ 59.94/60, 720(1440) x 576i @ 50
1280 x 720p @ 50, 1280 x 720p @ 59.94/60
1920 x 1080i @ 50, 1920 x 1080i @ 59.94/60
1920 x 1080p @ 23.94/24, 1920 x 1080p @ 25, 1920 x 1080p @ 29.97/30

Video Inputs:

HD and SD-SDI (auto-selected), SMPTE-259/272/274/292/296/299/424/425
1x BNC input, 1x BNC loop-through output

Video Outputs:

Selectable Component (YPbPr) or Composite (CVBS and S-Video) by DIP switch
NTSC and PAL support
3x BNC output

Audio Outputs:

2 channels RCA-style analog outputs at -10dBv

CHD 1812

The CHD 1812 is a versatile and compact HDMI to SDI converter with integrated frame synchronizer. It is an ideal solution for any application which requires a fully synchronized SDI input from an external asynchronous HDMI source.

The flexible reference sync input will accept any analog video sync format including SD bi-level sync, black burst, colorbars and tri-level HD sync. The sync input is auto detecting and fully cross lock compatible. For example: An SDTV reference can be used to frequency lock an HD HDMI input. If no reference is present, the converter performs a standard asynchronous HDMI to SDI conversion. A pair of stereo analog inputs can be embedded into any AES channel. Audio inputs can be either professional balanced audio with selectable full scale level, or unbalanced consumer line level audio. By default any audio present in the HDMI stream will be embedded into the SDI output or it can be replaced with the external audio signals.

The module is also compatible with the yelloGUI software package, which provides access to a host of additional internal settings including adjustable video delay for timing purposes.

An SDI fiber output is also provided with a variety of plug in SFP options available.