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Chartered, eMemory Offer Programmable Memory Solution, Cost-Effective Option for Convergence-Era Electronics SINGAPORE - March 24, 2003 - Chartered Semiconductor Manufacturing (Nasdaq:CHRT and SGX-ST:Chartered), one of the world's top three silicon foundries, and eMemory Technology Incorporated, one of Asia's most innovative embedded memory suppliers, today announced immediate availability of a one-time programmable (OTP) embedded memory solution that is silicon proven on Chartered's 0.35-micron baseline salicide logic process. The solution features standard memory configurations based on the most common 16-bit and 8-bit block sizes of eMemory's non-volatile OTP memory technology. The development and licensing agreement has the two companies working together to lower the business barriers and reduce the technical risks of using programmable non-volatile memory (NVM) for the increasing number of data storage and retention functions required by today's converging array of communications, computing and consumer electronics. Chartered is the first top-tier foundry offering pre-qualified OTP memory blocks as a cost-effective, flexible alternative to discrete NVM components such as ROM and EPROM. This is especially relevant for high-volume chip manufacturing and is expected to be of particular interest to the fast-growing consumer and communications semiconductor markets in the Asia-Pacific region. "The addition of eMemory's OTP solution to our product portfolio is an important part of our ongoing strategy. We're expanding our existing embedded memory manufacturing capabilities with new programmable options that leverage the proven reliability and price/performance advantages of our mature CMOS semiconductor processes," said Bruno Guilmart, senior vice president of worldwide sales and marketing at Chartered. "This provides foundry customers more cost-effective, easier-to-implement memory alternatives, and effectively targets our manufacturing solutions for a broader range of consumerized communications and computing devices." "We're pleased that Chartered is leading the OTP effort for the pure play foundry industry," said Charles Hsu, president at eMemory. "Joint qualification efforts first targeted Chartered's 0.35-micron manufacturing technologies and our standard OTP memory blocks. The result is a competitive embedded memory solution that is cost-effective to manufacture, because it runs on Chartered's core logic process and requires only one additional masking step. It is also flexible enough to meet dynamic market requirements, because companies can modify their program coding and firmware following the manufacturing cycle." Cost-effective, Flexible Memory Solution The non-exclusive agreement between Chartered and eMemory initially covers four standard block sizes (64k x 8 bits, 8k x 8 bits, 2k x 8 bits and 8k x 16 bits). These are commonly used in devices for home appliances, digital consumer products, PC peripherals, as well as industrial automation equipment. Digital applications include encryption keys for security, device ID registration for asset tracking, and in-field programming for product localization. Based on market demand, the two companies may expand their collaboration to include other non-standard blocks as well as use models for custom applications such as analog trimming and calibration, critical data storage during system authentication and diagnostic functions, and programmable wireless Bluetooth and 802.11 configurations. Chartered's Guilmart added, "Our business engagement with eMemory provides OTP memory blocks that are off-the-shelf compatible with our baseline 0.35-micron offering. Companies now have a proven path for embedding programmable, non-volatile memory into chips manufactured on a standard logic process at Chartered. We worked closely with eMemory and library vendors to implement an integration model that delivers all the benefits of OTP technologies, while also protecting the IP of our customers." Design-Ready Access eMemory's OTP blocks can also be used in conjunction with the broad range of third-party mixed-signal and analog components that are silicon-validated by Chartered for system-on-chip implementations. The standard OTP memory offering is compatible with existing Chartered 0.35-micron standard cell libraries and memory compilers available from its various library partners, and is supported by industry-leading design automation tools. Silicon characterization reports are available from both companies upon request, and an OTP design kit can be obtained from eMemory. About eMemory About Chartered Chartered Safe Harbor Statement under the provisions of the United States Private Securities Litigation Reform Act of 1995
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