NS100 ASIC High-Performance Satellite Modem Chipset
The features on all NovelSat™ boards of NS3 are primarily based on the NS100 ASIC dedicated integrated circuit, making it an ideal choice for satellite receiver OEMs and VSAT manufacturers' chipsets. The NS100 ASIC provides NovelSat's industry-leading throughput - achieving 1 Gbits/sec using 250 Msym/sec transmission - and includes a range of VSAT functionalities, including outbound demodulation.
The ASIC of NS100 provides:
Minimum bandwidth consumption - Satellite bandwidth usage has decreased by over 20%.
Highest Throughput - Utilizing Existing Bandwidth
Maximum Data Transfer Rate - Increase the maximum data transfer rate by over 100%
Minimum disk/own residence size - using the same data rate
Larger footprint - Using the same data transfer rate in remote areas
The ASIC of the NS100 supports the industry's highest data transmission rate of up to 1Gbps for transmissions using 250Msym/sec. Completely technology-agnostic, this chipset supports all common modulation methods, including the DVB-S2 standard. The only NS3 enhanced solution on the market, the ASIC of the NS100 is the ideal choice for tax authority vendors - providing a single demodulator device and offering significantly higher spectral efficiency than DVB-S2.
Compatible with NovelSat NS3 protocol
Compatible with DVB-S2 standard (EN302-307)
Industry-leading data transfer rates exceeding 1 Gbps
DDC™ - Dynamic Distortion Compensation
*Dual Channel Mode
*Dual ASI output interface
Optional dual Gigabit Ethernet output interface
ACM Mode
Technical Specifications:
- Compatible with NovelSat NS3 protocol
- DVB-S2 (EN302-307) compliant
- Industry-leading data rate exceeding 1 Gbps
- DDC™ - Dynamic Distortion Compensator
* Dual channel mode
* Dual ASI output interface - Optional dual Ethernet 1Gb output interface
- ACM mode
NovelSat's NS3™ brings the best in set-top boxes, home gateway IRD VSAT terminals, and PC cards. Its ASIC chip is expected to deliver over 1 GB per second at 250 MHz. This is approximately 9 times faster than today's fastest solutions.