What's New
|
HDE-2H/2S-QAM MPEG-2 HD Encoder 2x HDMI/2x HD-SDI/4x Component - 4x QAM Accepts up to four (4) programs from any of the following inputs: 2xHDMI (unencrypted), 2xHD-SDI, and 4xComponent |
|
UMH160 H.264 HD/SD Integrated Reciever Decoder The UMH160 IRD is broadcast quality MPGE-4 AVC video/audio decoder that performs real-time receiving and decoding of HDTV & SDTV over DVB and broadband IP networks. |
|
We now have available Jonard Industries Top Quality Tools for Telecom, Fiber Optics, CATV, Satellite, Security & Alarm, and much more . . . |
|
New generation of intelligent headend processing equipment. With a central processing capacity of 384 TS streams |
|
EN-80 / EN-81 DSNG / Contribution Encoder / Modulator Designed specically for Tier 1 Satellite, ASI/Fiber and IP Contribution and DSNG applications, Adtec’s fifth generation encoder enters the market with an impressive list of standard features and a wide range of options; allowing you minimal initial investment and an upgrade path for future applications. Offering High and Standard Definition, MPEG 2 and MPEG 4 AVC encoding, the EN-80 series continues to support past, present and future requirements. |
|
RD60 Integrated Receiver / Decoder The RD60 is a multi-CODEC ultra-low, low and normal delay MPEG 2 and MPEG 4 AVC/H.264 high definition IRD. The ultra-low delay mode requires the use of Adtec’s EN91 and delivers picture-to-picture services in 100 milliseconds; the low and normal delay modes are supported by both the EN91 and EN81. The RD60 is interoperable with other encoders making it ideal for mission critical trunking, ad-hock OB, DSNG and teleport applications. |
|
EN91 MPEG4 High Definition Ultra Low Delay Encoder The EN91 is an ultra-low delay MPEG 4 AVC/H.264 high definition encoder. The ultra-low delay mode requires the use of Adtec’s RD60 IRD and delivers picture-to picture services in 100 milliseconds. The EN91 standard delay mode is fully interoperable with other IRDs making it ideal for mission critical trunking and ad-hock applications. MPEG 4 AVC/H.264 is significantly more efficient than JPEG making it the CODEC of choice for multiplexed and bandwidth sensitive applications. AVCs inherent inte ... |
|
Standard Definition NTSC/PAL video encoding plus 4 pairs (8 channels) of MPEG audio encoding make the EN40 ideal for SD DSNG or other Contribution applications. The EN40 can be factory upgraded to support both MPEG 2 and MPEG 4 AVC High Definition CODECs. The efficient high-performance MPEG 4 AVC CODEC facilitates the migration to next generation IRDs while the legacy MPEG 2 CODEC ensures interoperability with existing IRD installations; the EN40 is future ready now while protecting your past ... |
|
ACT1000 ATSC to QAM Transcoder The Drake ACT1000 is designed to transcode one 8VSB/ATSC broadcast channel to a single QAM output channel. It may also be used to translate or process a single QAM channel on its original input channel assignment or to a different QAM output channel. Simplicity and affordability are the end result of this new product from Drake that is in a card form factor and integrates into Drake’s popular RMT150 chassis and is powered and controlled by the PS151 power supply allowing up to 10 ACT1000’s t ... |
|
LXHCS HDMI to Composite/S-Video Converter LXHCS is designed to convert HDMI to either Composite Video or S-Video. It allows the devices only equipped HDMI output to be connected to CRT TV. It is mostly applied in AV equipment testing. |
|
A wide choice of cost-effective designs together with integration of any new technology is strived for by all broadcasters and operators. The introduction of IP interconnectivity offers a means to reduce infrastructure costs, increase flexibility and offer a choice of system architectures.The MX8400, when part of an iSIS 8000® system, revolutionizes IP multiplexing technology. Providing up to eight independent multiplexed transport streams from a single enclosure and with built-in support for D ... |
|
Cable operators are moving fast to enhance the customer entertainment experience with a new wave of services and more channels that require maximizing HFC bandwidth utilization. They are looking towards the next generation of Edge QAMs to expedite deployment of these services, provide costefficiencies and plant management simplification. |
|
As local terrestrial broadcasters begin to phase out their analog broadcasts and transition to an all digital environment, the need to maintain access to the viewing public becomes critical. In many cases, viewers receive these broadcasts through cable, telco or satellite operators who either provide an analog transmission to their subscribers or provide a digital means for their subscribers to receive these local channels. The Ericsson RX8320 ATSC broadcast receiver is specifically designed to ... |
