Arteris customers are leaders in a variety of industries where competitive advantage is gained by reducing wire routing congestion, easing timing closure, and quickly creating derivative products by easily adding and removing IP blocks.
After a complete evaluation of available interconnect fabric IP products, Arteris FlexNoC was the clear choice. FlexNoC is the only SoC fabric that allows us to meet tight timing margins and achieve design frequency requirements. We are pleased with the increased productivity our design team has experienced using FlexNoC.
– Ty Garibay, Vice President, Silicon Systems Development, Altera
Samsung uses Arteris FlexNoC network-on-chip interconnect technology in its mobile phone applications processors and modems. It also uses Arteris C2C chip-to-chip interconenct IP to easily connect them and allow them to share a single LPDDR DRAM, shortening development cycles and reducing IP compatibility risks.
The Arteris interconnect IP offers us a convenient solution to handle the high speed communication needed between our SoC and external modem IC. Our customers will benefit from the lower BOM cost and power consumption as a result of this IP. We look forward to Arteris’ interconnect IP helping us shorten development schedules and lower risks associated with compatibility.
– Thomas Kim, Vice President, SoC Platform, Samsung
Arteris FlexNoC network-on-chip fabric IP will enhance the productivity for our next-generation LSIs. We will be able to turn around design changes faster and increase our designs' performance as a result of using the Arteris FlexNoC IP.
As a result of our thorough evaluation, we know the Arteris FlexNoC interconnect IP will help us shorten development schedules and increase product performance, while simultaneously decreasing costs due to back-end wire routing congestion and timing closure issues.
NTT Electronics uses Arteris network-on-chip interconnect IP and advanced memory scheduler in its graphics processors to manage extremely high throughput and easily integrate mulitple IP blocks using many IP communications protocol.
We have been very satisfied with the performance and quality of the Arteris NoC technology. We have accelerated our time to market and achieved significant performance advantages compared to other interconnect IP approaches. Based on this successful experience, we are deploying the Arteris NoC on other projects.
– Mr Shoichi Otake, GM, 1st Product Group Digital Video Business, NTT Electronics
We have decided on Arteris NoC interconnect IP solution in order to improve the efficiency with which we deliver complex SoC platforms and their derivatives to our customers. We trust that Arteris NoC IP solution has evolved to become a viable approach and offers significant benefits over hybrid bus interconnect technologies.
– Matthias Voigt, General Manager, Engineering Group, Renesas
Arteris’ network-on-chip interconnect IP allows us to reduce the die size of Mobileye’s 3rd generation vision processor, EyeQ3, optimize latency for critical IP blocks and reach timing closure much sooner than expected. We exhaustively benchmarked the Arteris NoC interconnect IP against the competition. We need real-time performance with extremely low latency between video IP blocks, and we found the Arteris NoC to be the best solution for EyeQ3. Furthermore, we found Arteris’ memory scheduler to be superior, with excellent Quality of Service in a smaller die area. With Arteris, our customers can be assured of responsiveness and reliability to help reduce collisions and make roads safer.
– Elchanan Rushinek, Vice President of Engineering, Mobileye
Nethra was able to evaluate the Arteris NoC interconnect IP and Memory Scheduler in only two days. Nethra's high performance video processors require guaranteed bandwidth, latency and quality of service (QoS) to ensure no dropped pixels. Nethra also required out-of-the-box support for Tensilica's PIF protocol.
It only took us two days to evaluate Arteris FlexNoC on our own design. We now have a scalable interconnect that can address our foreseeable needs and that can easily adapt to last minute changes to IP or architecture. Furthermore, FlexNoC has allowed us to simplify floor planning and timing closure.
Pixelworks uses Arteris NoC interconnect IP to easily reuse existing while shortening development time for fast turnaround derivative products. Pixelworks' ability to quickly respond to market needs has made it the leader in digital video projector SoCs.
For the past five years, Arteris has enabled Pixelworks to quickly adapt our products to changing market needs while reducing our product risk and easily achieving timing closure. We are happy to choose Arteris FlexNoC as the interconnect fabric IP and memory scheduler for all our product lines.
–T Chan, Senior Vice President of Engineering, Pixelworks
The Arteris interconnect IP offers us a simple solution to handle high speed communications between multiple SoCs. We benefit from being able to easily connect multiple MegaChips SoC products within our designs.
– Gen Sasaki, General Manager of Division No.2, MegaChips Corporation