We provide high performance

 

– OEM Video Transmission Equipment
– H.264/265 CODEC RTL IP Cores
– Codec Boards/FPGA Modules for hardware video systems
– RTL IP Cores Silicon, Proven at TSMC and SMIC simulation

Reference designs are available, running on off-the-shelf Xilinx & Altera Development Kits

2.4 GHz Products: (Click the links below for specifications)

Features:

– Ultra far communication distance
– Ultra high video quality
– TDD COFDM communication
– Remote & Flight control signal communication
– 2ms Glass to glass codec latency
– Resolutions: 480i/480p/576i/576p/720/1080P/1080i
– Bandwidth: 1MHZ/2MHZ/4MHZ/8MHZ
– High bit rate H.264 0~30 Mbps
– Power amplifier 0 ~ 30 dbm

– Industrial temperature -40 ℃ ~ 85℃.

Minature PCB configured with Jointwave H.264 Codec IP Cores, along with all necessary components for H.264 video/audio encoding or decoding up to 1080p @ 30~60 fps. Industrial temperature -40 ℃ ~ 85℃.

ULV-CA Altera Cyclone V

ULV-CX Xilinx Airtx-7

Industrial /Automotive/Military grade modules
Jointwave H.264 encoder/decoder Ultra-low Latency IP Cores included, encoding/decoding up to CIF/D1/HD/FHD/UHD

ULV-MA Altera Cyclone V

– on board 16bit DDR3 device

– 40*40 mm 100pin Panasonic P5KF BtB connector

ULV-MX Xilinx Airtx-7

– on board 16bit DDR3 device

– 25*25 mm 40 pin 40pin 1.27mm GPIO Chip Modules

Contact us for specifications

Our H.264 video Codec IP cores stand out for their true H.264 compression efficiency and the optimized image quality they deliver. These cores encapsulate our longstanding expertise with H.264 and include state of the art technologies, such as deep sub-frame bitrate regulation and high-quality Ultra low latency Intra and Intra-Refresh Codec IP Cores.

A full range of easy-to-use, autonomous & widely configurable IP cores for Baseline, Main and High profiles H.264 encoding are available. These encoders offer support for 8, 10 and 12-bit per component color depth, in 4:2:0 and 4:2:2 and 4:4:4 chroma sampling.

They offer:

  • Scalable performance, supporting resolutions beyond Ultra-High Definition (UHD) and/or ultra-high frame rates.
  • Tiny silicon footprint, enabling economical low-power implementations in FPGAs and ASICs.
  • Excellent video quality, with ultra-low-latency of 2ms, and/or low-bit-rate video streaming.
  • 2/4/8 channel optional support to H.264/H.265 IP Cores.

– E2X0/D2X0 Series

H.264 Baseline I-Frame 4:2:0 8bit SD to UHD real time H.264 encoder/decoder IP Cores.

-E5X0/D5X0 Series

H.264 Baseline I+P Frame 4:2:0 8bit SD to UHD real time H.264 encoder/decoder IP Cores.

– E6X0/D6X0Series

H.264 Main profile I+P Frame 4:2:0 8bit SD to UHD real time H.264 encoder/decoder IP Cores.

– E7X0/D7X0 Series

H.264 High profile I+P Frame 4:2:2/4:2:0 8bit or 4:0:0 8bit/10bit/12bit/14bit SD to UHD real time H.264 encoder/decoder IP Cores.

– E8X0/D8X0 Series

H.264 High profile I+P Frame 4:4:4/4:2:2 8bit/10bit/12bit/14bit SD to UHD real time H.264 encoder/decoder IP Cores.

– E9X0/D9X0 Series (WDE9X0)

WDE / WiGig H.264 Codec IP Core SD to UHD real time H.264 encoder/decoder IP Cores.

– HE7X0/HD7X0 Series

HEVC/H.265 high profile I+P Frame 4:2:2/4:2:0 8bit/10bit SD to UHD real time H.2645 encoder/decoder IP Cores.

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