10/22/2002 - Denali Software, the leader in memory system design and verification, announced that its DatabahnTM memory controllers have been licensed and successfully implemented in two new chips from ViXS: XCode – a content-secured multi-stream real-time transcoding chip; and Matrix – an IEEE 802.11a compliant baseband processor optimized for Rate-Range-Resilience and video delivery over IP networks. ViXS, the leading developer of end-to-end solutions for digital video networking, developed the two chips as part of an IP-based video distribution system with applications that include QoS delivery of broadcast quality video to clients like PCs, TVs & PDAs. XCode has already begun production ramp, while Matrix is set for sample by Q4 2002.
"Our Databahn memory controller solution offers high performance coupled with complete configurability to handle a very wide range of application requirements," said Kevin Silver, Vice President of Marketing at Denali. "ViXS is a great customer; they have some very exciting product applications with unique and demanding memory system requirements. We are very pleased to be a part of two successful chips with them."
"Denali has established a deep domain expertise in memory system design and verification," said Hugh Chow, Co-Founder / Vice President of Engineering at ViXS. "Memory system performance is critical to our application. By working with Denali, we were able to configure their Databahn memory controller core to perform exactly as required by our system design. Denali’s support was also a key for the swift time-to-market of our product."
The two ViXS chips incorporate a 64bit memory interface to DDR-SDRAM. The Databahn memory controller is configured for 166MHz operation (333MHz data transfers), provides ECC (Error Correction Code), and supports various memory device configurations of up to a total of 256MB. The DDR sequencer was tested and fully functional using state-of-the-art DDR parts of both 128Mb and 256Mb.
The Databahn solution enables customers to configure a memory controller to match the exact application for the ASIC in order to achieve 100% bus utilization. Customization is supported by an online infrastructure at Denali’s eMemory.com site where a browser-based GUI enables fast efficient configuration of various performance and interface options. To ensure compatibility with all the latest high-speed DRAM memory technologies, the configuration process is tightly integrated with a database of more than 4000 memory components, including the latest DDRII-SDRAM, DDR-SDRAM, FCRAM, and RLDRAM devices. The configuration process creates a machine readable specification file that drives the generation of the RTL from a single Verilog code base, which can then be simulated online to validate performance. Once the performance targets are met, other deliverables are generated, including verification routines, synthesis scripts, static timing analysis scripts, and documentation. The Databahn IP is library independent and covers solutions from .18u to .11u technologies, and DRAM device frequencies from 100-250MHz (200-500MHz data rate).
Founded in January 2001, ViXS Systems is a fabless semiconductor and software developer creating end-to-end solutions for digital video networking and communications applications. As the leading developer of video-over-IP networking solutions, ViXS’ chipset and network management software provide unprecedented capabilities for processing, managing and distributing of secured broadcast-quality video across standards-based wired and wireless networks. For more information on the company and its products, visit www.vixs.com or contact ViXS headquarters at 2235 Sheppard Avenue East, Suite 1700, Toronto, ON Canada M2J5B5 phone: (416)646-2000; fax: (416)646-1042.
About Denali Software
Denali Software Inc. is the world’s largest provider of comprehensive solutions for memory system selection, design, integration, and verification. Denali’s DatabahnTM product provides designers with the highest quality solution for producing memory controller cores for all of new and emerging DRAM memory technologies. Denali’s MMAVTM product is the de facto industry standard for modeling and simulating memory during all phases of design and verification. Memory selection, memory controller configuration, and memory system performance analysis are supported through its online infrastructure at eMemory.com. More than 400 companies worldwide use Denali’s tools, technology, and services to efficiently integrate new memory technologies into complex system designs for communication, consumer, and computer products.
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