Rambus Signs Agreement to Acquire Silicon IP and Secure Protocols Business from Verimatrix
SUNNYVALE, Calif. – Sep. 11, 2019 – Rambus Inc. (NASDAQ: RMBS), a premier silicon IP and chip provider making data faster and safer, today announced it has signed an asset purchase agreement to acquire the Silicon IP and Secure Protocols business of Verimatrix (Euronext Paris: VMX), formerly Inside Secure, for $65 million in cash. With the proposed acquisition, the world-class embedded security teams, products and expertise from Verimatrix and Rambus will combine to create the industry’s most comprehensive portfolio of silicon-proven security IP and chip provisioning solutions.
As previously announced, the parties have entered into an exclusivity agreement with respect to the proposed transaction as of September 3, 2019. This acquisition is expected to close this year and is subject to customary closing conditions, including certain regulatory approvals.
Related Semiconductor IP
- 5G-NTN Modem IP for Satellite User Terminals
- 400G UDP/IP Hardware Protocol Stack
- AXI-S Protocol Layer for UCIe
- HBM4E Controller IP
- 14-bit 12.5MSPS SAR ADC - Tower 65nm
Related News
- Rambus to Acquire Silicon IP and Secure Protocols Business From Verimatrix, Creating Global Authority in Semiconductor Security IP
- Rambus Completes Acquisition of the Verimatrix Silicon IP, Secure Protocols and Provisioning Business
- Synopsys Enters Definitive Agreement with GlobalFoundries For Sale of Processor IP Solutions Business
- Verimatrix Enters into Exclusivity Agreement to Sell its Silicon IP Business Unit to Rambus
Latest News
- ZeroRISC and Leading Research Institutions Deliver Production-Grade Post-Quantum Cryptography for Open Silicon
- GlobalFoundries Announces Availability of AutoPro 150 eMRAM Technology on Enhanced FDX Platform for Advanced Automotive Applications
- MIPS and INOVA Collaborate to put Physical AI into the palm of Robotic hands with new Reference Platform
- Allegro DVT Launches DWP300 DeWarp Semiconductor IP
- Ubitium Tapes Out Universal Processor to End Embedded Computing Complexity Crisis