We are leading manufacturer and supplier of Computer Memory (DRAM / SDRAM) Modules having ISO 9001:2008 Certified Facility in India (Noida near Delhi). We are part of well-known "Om" group having Global Headquarters in Singapore with offices in USA, Singapore, Taiwan, China and India. We also have associates in Australia, UK, Switzerland, Korea, Malaysia, Indonesia and South Africa. Besides these countries the group also have customers in Brazil, Canada, Spain, Italy, Greece, Dubai, Saudi Arabia, Russia, Egypt, New Zealand, Nepal, Thailand etc.
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22. Micron is having one of the broadest SDRAM offerings in the industry. Several densities; extended operating temperatures; and various clock rates, cycle times, and package types make it easy to get just what you need—it’s a relatively simple, cost-effective, and easy-to-implement memory option for both new and existing designs.
33. It is a revolutionary and pioneering technology—enabling applications to transfer data on both the rising and falling edges of a clock signal—and vastly improving performance over SDRAM. And because DDR continues to be an ideal choice for many new designs, we’re committed to supporting it for the long term.
34. Micron's DDR SDRAM comes in different Packages,Density,Depth,Width type :-
44. A wide array of capabilities makes our DDR2 an excellent memory choice for the diverse needs of many applications—from automotive and industrial to server, consumer, networking, and computing.
55. DDR3 supports data rates of 1066 to 1600 MT/s, with clock frequencies of 533 to 800 MHz, respectively—effectively doubling the speed of DDR2. DDR3's standard 1.5V supply voltage cuts power consumption by up to 30% over DDR2.
66. Our reduced-latency DRAM (RLDRAM- memory) is a high-performance, high-density memory solution that offers fast SRAM-like random access and outpaces even leading-edge DDR3 for sustained high bandwidth.
77. Micron's Mobile LPDRAM is built to consume less power without sacrificing performance. It uses a JEDEC-standard 1.8V I/O power supply—1.2V for LPDDR2—which enables low standby current and low self refresh and extends battery life.
87. This hybrid memory delivers the best of SRAM and DRAM Features, Combining low power consumption and high speed Read and Write Functions.
88. Because CellularRAM memory also offers synchronous operations, fast access, and variable latency initial burst access, you get high throughput and excellent performance. It's an ideal solution for low-power, space-limited designs like MCPs, as well as mobile and industrial applications.
110. Fully Buffered DIMM Architecture introduces an Advanced Memory Buffer ( AMB ) between the memory controller and the memory module.
111. Micron's FBDIMM technology solves server challenges for you—and for your customers. Micron's high-speed, high-density FBDIMMs can give you virtually unlimited scalability of density and high-bandwidth solutions, all with an extremely reliable channel protocol.
121. Micron's RDIMMs are built with what may be the industry’s most reliable memory components. RDIMM features like registers, buffers, and ECC help ensure data integrity at both the device and the system level.
131. Micron’s high density, DDR , DDR2, and DDR3 VLP RDIMMs significantly boost overall telecom, networking, and computing blade server memory capacities while remaining compatible with existing RDIMM sockets. These VLP RDIMMs are available in 512MB-to-8GB densities.
132. Micron's VLPRDIMM MODULE comes in different Packages,Density,Depth,Width type :-
141. Our DDR2-1066 and DDR3-1333 memory boasts some of the fastest data rates in the business—easily meeting industry demand for increased speeds and improved bandwidth. And because of our manufacturing efficiencies, the DDR2 and DDR3 UDIMMs we build offer some of the most compelling value in the industry today.
151. We work with motherboard manufacturers to validate our SODIMMs and support a wide array of mobile computing platforms. In particular, Intel has certified us to run qualification tests for Intel-based motherboards, ensuring that a Micron memory solution like our DDR3 SODIMMs will work with the motherboard you select. These tests match Intel’s Full & Basic Functional Test Procedures.
161. Micron have developed our SORDIMMs with the networking and communications industries in mind. They understand that these applications demand low latency, small memory footprints, pristine signal integrity, and stringent thermal specifications. And our SORDIMMs deliver--the right specifications and great reliability in a compact form factor.
171. With Micron's Mini-DIMMs, Customers get all the benefits of our DRAM design and manufacturing expertise plus the high-quality test methodology—enabling the clients to design smaller form factor routers, switches, bridges, and hubs that can deliver peak performance.
181. At the heart of these modules is some of the world’s most advanced DRAM technology—designed so that your router, hub, switch, or bridge can be faster, smaller, and much more reliable. In fact, the VLP Mini-DIMM is specifically made for networking. And Micron was the first memory maker to offer the VLP Mini-DIMMs that are now an industry standard.
195. With Micron's High-Speed NAND Flash memory, Customers designs will achieve ultra-fast access times, transferring content between devices like computers, digital cameras, MP3 players, and cell phones much faster than standard SLC NAND.
196. Micron's High Speed NAND FLASH comes in different Packages,Density,,Width type :-
205. Enterprise NAND is a high-endurance NAND product family optimized for intensive enterprise applications. Breakthrough endurance, coupled with high capacity and high reliability (through low defect and high cycle rates), make Enterprise NAND an ideal storage solution for transaction-intensive data servers and enterprise SSDs
215. With four times or more the density of SPI NOR, Serial NAND is a great alternative to NOR for many embedded designs. And since Serial NAND has the lowest cost-per-megabit of any serial Flash solution, it’s also a great way to lower your BOM cost.
216. Micron's Serial NAND FLASH comes in different Packages,Density,,Width type :-
228. Today’s applications demand an unprecedented combination of features—high performance, high density, high reliability, and low-power operation. Strike a balance among performance needs, design requirements, and cost by equipping your demanding platforms with our reliable, high-performance parallel NOR.
229. Micron's parallel NOR solutions are constructed to meet the design requirements of consumer and mobile products such as cell phones, smart phones, e-readers, GPS/navigation, and other portable, hand-held multitasking applications
239. Our serial NOR solutions are purpose-built to meet the needs of consumer electronics, industrial, wired communications, and computing applications. Our industry-standard packaging, pinouts, command sets, and chipset compatibility are easy to design in, saving valuable development time while ensuring compatibility with existing and future designs.
240. Micron's Serial NOR Flash comes in different Packages,Density,Width type :-
254. Our C400 SSDs utilize the leading SATA 6 Gb/s interface and third-generation flash translation layer (controller NAND management algorithms). These highly sophisticated NAND management features enable our drives to deliver sequential read and write speeds of up to 500 MB/s and 260 MB/s, respectively.
263. Micron's enterprise-class RealSSD™ drives leverage the SATA 6 Gb/s interface to provide outstanding performance for enterprise blade servers and system storage.
272. Micron's low-latency, high-IOPs RealSSD drive is a real overachiever, providing the highest READ throughput in the industry, combined with extended endurance, exceptional reliability, and remarkable power efficiency. It’s an ideal solution for optimizing applications with heavy READ access, from Web accelerators to media streaming and video-on-demand servers, as well as data warehousing.
281. Rugged, reliable, cost-effective, and small, Micron's RealSSD devices are designed to give our customers a choice in embedded data storage. And these embedded USBs are a better choice than hard disk drives (HDDs)—for many reasons.
282. Micron's eUSBs are a lot smaller, more durable, and easier to design in than HDDs. They combine flexibility, performance, and fast time-to-market, and they cost less than traditional HDDs.
283. Micron is known for advanced and innovative technology, and our eUSBs are a great example of a better, faster, and less expensive NAND solution that offers distinct competitive advantages for solid state designs
295. Form factor, speed, power—your mobile customers want all three. With Micron's MCPs you can respond to customers' ever-increasing demands without compromising leading-edge performance.
316. The Serial PCM is purpose-built to meet the memory requirements of embedded systems, delivering multiple I/O capability and compatibility via familiar SPI NOR interfaces.
317. Micron's Serial PCM comes in different Packages,Density,Depth,Width type :-
325. Now in its second generation, this device is designed specifically for performance-intensive embedded applications, combining the benefits of phase change memory with the compatibility of a NOR-like parallel interface.