Monday, June 11th 2012

Link_A_Media Devices Unveils its Award-Winning 6 Gb/s SATA SSD Controller

Link_A_Media Devices (LAMD), a leader in the development of semiconductor SoC (System on Chip) solutions for the data storage market, today unveiled its flagship high-performance LM87800 SATA 6G SSD controller with proprietary eBoost technology. The highly-integrated device brings enterprise-class performance and endurance enhancement to the rapidly growing client SSD market.

Designed to deliver superior performance, the architecture deploys extensive hardware acceleration, dedicated host-side and NAND-side ARM microcontrollers and a 6 Gb/s SATA host interface, enabling the LM87800 to deliver industry-leading performance of 90K sustained random read/write IOPS and 550 MB/s sustained sequential read/write throughput. The LM87800 is fabricated on a low-power and low-leakage process technology and employs sophisticated power management techniques to achieve ultra-low power consumption.

The LM87800 features highly robust data recovery capability based on Link_A_Media Device's eBoost technology. eBoost significantly enhances the endurance of current and future generation NAND flash to bring enterprise-class reliability and lifetime to client SSDs while maintaining superior performance throughout the life of the SSD. eBoost achieves these key system objectives through the use of proprietary adaptive signal estimation techniques coupled with powerful on-the-fly error correction technology.

With 8 NAND channels supporting the high-speed ONFi 2.3 and Toggle 1 flash interfaces, the LM87800 can access up to 1 terabyte of commodity NAND flash while also cost-effectively supporting today's mainstream SSD capacities of 64 GB, 128 GB, 256 GB, and 512 GB. The LM87800 supports NAND flash from all major vendors including SLC, MLC and eMLC flash families.

"We are very pleased to announce the availability of the LM87800, our flagship SATA SSD controller designed to deliver unsurpassed performance for PC and related applications," said Dr. Hemant Thapar, CEO, Link_A_Media Devices. "The feature-rich LM87800 includes our eBoost technology which significantly enhances NAND Flash endurance to enable next generation MLC Flash in enterprise-class Client SSDs."

"Link_A_Media's SSD controller has enabled us to design our fourth generation of SSDs, the Neutron Series, to reach incredible new levels of performance and reliability," said Thi La, Vice President of Memory Products at Corsair. "We are extremely excited to bring this state-of-the-art SSD technology to consumers."

Featured in Corsair's groundbreaking Neutron Series SSDs, winner of the prestigious "Best of Computex 2012" award from Tom's Hardware, Corsair's Neutron are the industry's first SSDs to deploy the LM87800 controller.

Offered as a turn-key solution, the LM87800 comes complete with qualified and field-proven host interface and NAND management firmware, reference designs and documentation to enable customers to quickly design-in and bring to market leading-edge SSD products. LM87800 samples are available now.

Key Features

● SATA 6G host interface
● 8 NAND channels, up to 4CE per channel
● Support for 2y-nm and 1x-nm NAND Flash from all major Flash vendors
● ONFi 2.3, Toggle Mode 1 and Legacy NAND interfaces
● Proprietary endurance improving eBoost technology
● End-to-end user data path protection
● Strong BCH ECC capability with area/power efficient decoder architecture
● Enterprise-class proven firmware for NAND management and data transport operations
● Variable NAND over-provisioning
● Efficient garbage collection and global wear leveling
● RAID/Chipkill technology
● Proven unsolicited power loss management
● Low power design
● S.M.A.R.T. support
● Microsoft Windows 7 TRIM support

Performance (using MLC NAND)

● Sequential Read: 550 MB/s
● Sequential Write: 550 MB/s
● Random Read (4KB): 90K IOPS
● Random Write (4KB): 90K IOPS
Add your own comment

1 Comment on Link_A_Media Devices Unveils its Award-Winning 6 Gb/s SATA SSD Controller

A fourth SSD controller is always welcomed
Posted on Reply