Ximen Digital Industrial Software recently announced that Veloce long-term partner Arm has selected Veloce Strato CS and Veloce proFPGA CS to deploy applications and include them in the Arm Neoverse™ Operator System (CSS) design process.

Karima Dridi, director of production capacity engineering at Arm, noted that in this era of computing, our cooperative ecosystem is increasingly focusing on the market process, as it is important to maintaining competition. The core elements of Arm Neoverse CSS are pre-validation and verification. Through the use of innovative tools such as Veloce CS in Ximen, partners can bring chip solutions to the market faster.

Jean-Marie Brunet, deputy president and general manager of the Digital Industrial Software Hardware Assistance Verification Department of West Gate Digital Industrial Software and Hardware Assistance Verification Department, said it is very excited to extend the cooperation with Arm to the Veloce CS system. Through the Veloce CS system, it can solve various challenges in hardware, software and system engineers.

The Veloce CS system uses a modular knife-type configuration, which fully meets the requirements of modern data centers for easy installation, low power consumption, superior cooling effects and tight packaging. Veloce proFPGA CS also offers a desktop-style laboratory version that provides users with additional removable flexibility.

Veloce Strato CS provides high-performance hardware simulation capabilities, maintains fast and full visibility debugging, and can be expanded from 40 million gates (MG) to 40 billion gates (BG). Veloce PCIe Composite Equipment (PCD) technology is a hardware simulation solution designed to verify customer IP in Arm CSS. PCD technology integrates Arm Comprehensive Suite (ACS), PCIe and NVMe into a unified system visibility and correction environment, and is supported by Veloce Protocol Analyzer.

Veloce proFPGA CS provides fast and comprehensive software prototype verification solutions that can be expanded from a single FPGA (VP 1902) to hundreds of FPGAs. Its high efficiency and highly flexible modular design help customers significantly accelerate completion of operations, operational systems, application development and system integration tasks.

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