PCIe 5.0 Controller supporting Endpoint, Root Port, Switch, Bridge and advanced features
SoC cost, complexity driving IP collaboration
(04/15/2008 4:50 PM EDT)
SAN JOSE, Calif. — Growing complexity and the staggering costs associated with designing systems-on-chip are forcing companies to seek collaboration on a variety of intellectual property issues. Chip industry executives and IP vendors speaking at a IP symposium here on Tuesday (April 15) agreed that greater collaboration is needed on issues like design reuse and standards.
The key drivers are complex designs that are gradually moving to 45-nm feature sizes and skyrocketing costs associated with chip design and generating internal IP. Company engineers estimated the cost of some SoC designs has soared to $100 million per device.
"We need intense innovation in the IP industry [and] intense collaboration," said Gadi Singer, vice president of Intel Corp.'s SoC Enabling Group.
Chip makers are coping with skyrocketing R&D costs by seeking more IP partners. At the same time, they want to expand their IP licensing business to recoup some of their R&D investment. But some experts said greater collaboration is stymied by the poor quality of some IP blocks and fragmented industry standards.
"Only a small number [of IP providers are] viable and have the deep pockets needed to provide quality," said Peter Hirt, manager of IP procurement and partnerships at STMicroelectronics. Maintaining quality is a challenge, and the quality of IP providers "is not there beyond the top tier of companies," Hirt said.
E-mail This Article | Printer-Friendly Page |
Related News
- SoC Silicon and Software Design Cost Analysis: Costs for Higher Complexity Continue to Rise
- Sunplus and Ceva Expand Collaboration to Bring Bluetooth Audio to the airlyra SoC Family for Wireless Speakers, Soundbars and other Wireless Audio Devices
- Microchip FPGAs Speed Intelligent Edge Designs and Reduce Development Cost and Risk with Tailored PolarFire® FPGA and SoC Solution Stacks
- Synopsys and Arm Strengthen Collaboration for Faster Bring-Up of Next-Generation Mobile SoC Designs on the Most Advanced Nodes
- Intel Foundry and Arm Announce Multigeneration Collaboration on Leading-Edge SoC Design
Breaking News
- TSMC September 2024 Revenue Report
- Crypto Quantique teams up with Attopsemi to simplify the implementation of PUF technology in MCUs and SoCs
- Intel, TSMC to detail 2nm processes at IEDM
- SensiML Expands Platform Support to Include the RISC-V Architecture
- MIPI Alliance Announces OEM, Expanded Ecosystem Support for MIPI A-PHY Automotive SerDes Specification
Most Popular
- Deeptech Keysom completes a €4M fundraising and deploys the first “no-code” tool dedicated to the design of tailor-made processors
- Bluetooth® V6.0 Channel Sounding RF Transceiver IP Core in 22nm & 40nm for ultra-low power distance aware Bluetooth connected devices
- Secure-IC unveils its Securyzr™ neo Core Platform at Embedded World North America 2024
- LDRA Announces Extended Support for RISC-V High Assurance Software Quality Tool Suite to Accelerate On-Target Testing of Critical Embedded Applications
- Electronic System Design Industry Posts $4.7 Billion in Revenue in Q2 2024, ESD Alliance Reports