| JMF602 |
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| SATA II SSD Controller (8 Channels) |
product brief
Overview
JMF602 is a single chip with Serial ATA Gen II and USB 2.0 combo to NAND flash interface.
It is an innovative design to provide high bandwidth for flash memory access.
JMF602 can support the maximum read and write speed to drive the limit of flash memory.
It supports up to 256 NAND Flash chips. JMF602 is available in 211 pin TFBGA (12mm x 12
mm) package.
JMF602 supports a variety of popular NAND flash memory, including Toshiba, Samung,
Hynix/ST and Intel/Micron Flash. With the embedded hardware error correction engines and
the robust bad block management technology, JMF602 is suitable for PC and industrial solid
state drive applications. In addition, dynamic and whole drive static wear leveling are used in
JMF602 to provide the best extension of drive life time.
JMicron also provides reference designs in different drive form factors, mass production
tool and firmware update tool to help customers go on mass product quickly.
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Feature
Compliance
• Compliant with Universal Serial Bus Specification Revision 2.0
• Compliant with USB Mass Storage Class specification version 1.0
• Compliant with Serial ATA International Organization : Serial ATA Revision 2.6
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USB 2.0
• USB Bulk mode transport protocol
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SATA II
• Supports 1-port 3.0Gbps SATA II interface
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FLASH
• Supports up to 256 CEs.
• 170/135 MB/s Sequential read/write rates (SLC)
• Enhanced endurance by Dynamic/Static wear-leveling
• Supports BCH ECC to correct 8/15 bit errors in 512 bytes
• Support both 2K and 4K byte page size flash
• Supports dynamic power management
• Support SMART function
• Data integrity under power-cycling
• Supports USB/SATA firmware upgrade
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SYSTEM
• Integrated 1-port USB2.0, 1-port SATA II and 8-channel Flash controller
• LED indicator for USB2.0 or SATA read/write access
• LED indicator for USB2.0 or SATA PHY link up
• Provides 9 GPIO pins for customer
• Provides UART and JTAG for S/W debugging
• Available in 208-pin LQFP(28 mm * 28 mm) package
• Built-in power-up self-test (BIT)
• Manual and automatic self-diagnostics
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