VeriSilicon Selects Arteris FlexNoC 5 for Its SoC Solutions
Arteris, Inc. (Nasdaq: AIP), headquartered in Campbell, California, develops system IP that helps teams build system-on-chip (SoC) designs faster and with more confidence. The company announced that VeriSilicon, a long-standing semiconductor provider, has chosen its latest interconnect technology, Arteris FlexNoC 5. By adopting this interconnect IP, VeriSilicon aims to boost cost efficiency and scalability across its data center SoC programs.
What FlexNoC 5 Delivers
FlexNoC 5 is designed to strengthen both the logic and the physical fabric of a chip’s interconnect. It optimizes how data moves, how resources arbitrate access, and how the network-on-chip lays out on silicon. In practical terms, that means clearer paths to timing closure, fewer back-and-forth design iterations, and a smoother route from architecture to tape-out. The result is a design process that’s more predictable and a schedule that’s easier to keep.
VeriSilicon’s adoption centers on this combination of reliability and efficiency. With FlexNoC 5, engineering teams can make targeted adjustments without derailing floorplans or reopening wide swaths of the design. The technology helps align performance goals with physical realities, so teams spend less time wrestling with congestion and more time dialing in the behavior they actually want.
Built for Data Center Performance
Data center SoCs need to move large volumes of data with tight, consistent latency—under load, across many cores, and within strict power and area budgets. FlexNoC 5 supports these requirements by addressing two chronic blockers: timing closure and congestion. By mitigating hot spots and keeping critical paths under control, the interconnect enables VeriSilicon to hold performance while staying on schedule. In short, the architecture can scale without the design flow grinding to a halt.
A Partnership with a Track Record
VeriSilicon’s decision also reflects an ongoing collaboration with Arteris. As noted by Wiseway Wang, senior vice president and general manager of the Custom Silicon Platform Division at VeriSilicon, prior deployments of Arteris technology across the company’s SoC portfolio—from multimedia to advanced driver-assistance systems (ADAS)—shaped this choice. That history matters: when teams share tools and methods across programs, they ramp faster and reduce risk on the next one.
Arteris’ Role in Modern SoC Development
K. Charles Janac, president and CEO of Arteris, underscored the company’s commitment to supporting VeriSilicon as it advances its interconnect strategy. Beyond the announcement itself, the message is clear: interconnect is no longer a back-end concern—it’s a first-order design decision. Arteris focuses on making that decision pay off, combining performance gains with power and area awareness so customers can innovate without slipping their delivery windows.
Design Efficiency, at Scale
FlexNoC 5 is built to manage high-bandwidth traffic and coordination between many processing cores. As system complexity increases, the interconnect scales with it—without forcing teams to sacrifice performance or reopen timing. This scalability streamlines adding new blocks, adjusting bandwidth where it’s needed most, and maintaining clean interfaces as the architecture evolves. For VeriSilicon’s data center SoCs, that translates to fewer bottlenecks, clearer design intent, and measurable gains in development efficiency.
About Arteris and VeriSilicon
Arteris is a leading provider of system IP that accelerates SoC creation in fast-moving electronics markets. Its network-on-chip interconnect technology helps customers raise product performance, improve power efficiency, and reduce time to market. By simplifying how components communicate and how designs close, Arteris lets engineering teams focus on building features instead of wrestling with plumbing.
VeriSilicon Microelectronics provides comprehensive custom silicon services and a broad suite of semiconductor IP licensing solutions. By acting as a one-stop provider, the company supports customers from concept to production—an approach that benefits from strong technology partners. The decision to integrate FlexNoC 5 aligns with that model, pairing a scalable interconnect with a development flow tuned for complex SoCs.
Taken together, the choice of FlexNoC 5 reflects a practical goal: keep ambitious performance targets intact while holding cost, schedule, and risk in check. It’s an incremental step with outsized impact—the kind that makes the next design cycle a little clearer than the last.
Frequently Asked Questions
What is Arteris FlexNoC 5?
FlexNoC 5 is Arteris’ latest interconnect IP for SoCs. It improves how data moves inside a chip, strengthens timing and layout outcomes, and helps teams reach performance goals with fewer design iterations.
Why did VeriSilicon choose FlexNoC 5?
VeriSilicon selected FlexNoC 5 to enhance cost efficiency and scalability in its data center SoCs. The company’s ongoing collaboration with Arteris—and successful use of Arteris technology across multimedia and ADAS programs—also informed the decision.
How does FlexNoC 5 help with timing closure and congestion?
By optimizing both interconnect logic and physical layout, FlexNoC 5 reduces hot spots and shortens critical paths. That makes timing closure more attainable and minimizes congestion, which in turn cuts down on redesign loops.
What benefits does this bring to data center SoCs specifically?
Data center SoCs demand high bandwidth, predictable latency, and reliable scaling across many cores. FlexNoC 5 supports these needs by managing heavy data flows cleanly, preserving performance targets, and keeping schedules on track.
What roles do Arteris and VeriSilicon play in the SoC ecosystem?
Arteris provides system IP—particularly network-on-chip interconnects—that raises performance and shortens time to market. VeriSilicon delivers custom silicon services and IP licensing as a one-stop provider. Their partnership ties proven interconnect technology to end-to-end SoC development.
