Cactus IDE DOM 303 - Высокоскоростные IDE-модули DOM (Disk-On-Module) 128 Mb ~ 8Gb, ATA, DMA 2, UDMA 4, -45C ~ +90C

Производитель: 
_Cactus Technologies Limited (Гонконг)

Недоступно для заказа

High Performance Industrial Grade Disk-On-Module

Cactus IDE DOM 303 - High Performance Industrial Grade Disk-On-Module, -45C ~ +90C

The Cactus Technologies High Performance Industrial Grade Disk-On-Module, available in capacities up to 8 Gbytes, is a solid-state flash memory product that complies with the ATA standard. It is intended for OEM applications needing a high endurance part with high reliability and performance to connect to existing IDE connectors or requiring optional full extended temperature range of -45C to +90C.

The High Performance Industrial Grade Disk-On-Module is SLC NAND based and comes with full BOM Control, Long Life Cycles and is built with Stringent Quality Processes. Cactus Technologies incorporates Industrial Grade ECC, Wear Leveling, Write Abort Protection Circuitry and Defect Management into the product making it the most reliable DOM available. Custom Labeling, Custom ID and Preloaded Content are available based on customer requirements.

Features:

- Industry Standard IDE Interface
- Capacities 128MB to 8GB
- Supports 40-pin/44-pin form factor in Vertical, Horizontal Left and Right Configurations
- Supports ATA PIO Mode 0-4
- Support Multiword DMA Mode 0-2
- Supports UDMA Mode 0-4*
- Dual Voltage Support: 3.3V or 5.0V
- Unique Electronic Serial Card ID
- High Data Reliability
- High Shock & Vibration Tolerances
- Wide Operating Temperature Range
- 4 Million Hour MTBF
- 5 Year Warranty

Specifications :

Capacities 128MB – 8GB
Memory Type SLC NAND
Versions 40 & 44-pin Vertical,
Horizontal L & R
Endurance Cycles >2 Million
MTBF (Hours) 4 Million
Warranty 5 Years
Standard Temp 0C to +70C
Extended Temp (Optional) -45C to +90C
Sequential Read 35MB/sec
Sequential Write 20MB/sec
Random Read 30MB/sec
Random Write 3.5MB/sec
Shock/Vibration (G) 3000 / 20
UDMA Up to Mode 4

* For reliable operation in UDMA mode 4 proper
termination on the host and device side required