• Part: CY4617
  • Description: ISD-300LP Low-Power USB 2.0 to ATA/ATAPI Bridge IC
  • Manufacturer: Cypress
  • Size: 537.55 KB
Download CY4617 Datasheet PDF
Cypress
CY4617
CY4617 is ISD-300LP Low-Power USB 2.0 to ATA/ATAPI Bridge IC manufactured by Cypress.
CY7C68310 ISD-300LP™ Low-Power USB 2.0 to ATA/ATAPI Bridge IC 1.0 Features - Fixed-function mass storage device- requires no firmware code - USB Mass Storage Class Bulk-Only specification-pliant (version 1.0) - USB 2.0-certified (TID# 40001426) - Integrated USB transceiver - High-speed (480-Mbit) and full-speed (12-Mbit) support - USB Suspend/Resume, Remote Wakeup support - Two power modes of operation- self-powered and USB buspowered - Low power consumption allows for bus-powered operation - VBUS-powered CF support - True USB portable HDD support - pact 80-pin TQFP package with a Lead-Free option - ATA/ATAPI-6 specification-pliant- provides support for mass storage devices larger than 137GB - 5V tolerant inputs, 3.3V output drive - Flexible USB descriptor and configuration retrieval sources 2 - I C-patible serial ROM interface - ATA interface using vendor-specific ATA mand (FBh) implemented on ATAPI or ATA device - Default on-chip ROM contents for manufacturing/development - 2-Kbyte SRAM data buffer for ATA/ATAPI data transfers - ATA interface supports ATA PIO modes 0- 4, UDMA modes 0- 4 (multiword DMA not supported). ATA interface operation mode is automatically selected during device initialization or manually programmed with I2C-patible configuration data - Automatic detection of either Master or Slave ATA/ATAPI devices - Mode Page 5 Support- increased support for formatting removable media devices - ATA Interrupt support for ATAPI devices- offers more robust ATA support across OS platforms - System event notification via Vendor-specific ATA mand - Input pin for media cartridge detection or ejection request - USB bus state indications (Reset, FS/HS mode of operation, Suspend/Resume, Bus/Self-powered) - Three General Purpose I/O (GPIO) pins - Multiple LUNs supported within a single ATAPI...