High stability and durability Renice CF Cards
Renice industrial Compact Flash memory cards
Renice Industrial CF Card for Industrial Automation
H1 Plus CF Card
Renice H1 Plus CF Card fully meets the industrial reliability, endurance and functional requirements, design power-down protection and other special features. Compact Flash Card's advanced write-leveling, data-read immunity management and brown-out management provide the highest levels of stability and durability. Renice industrial Compact Flash memory cards are mainly used in industrial automation, embedded computing, industrial applications, network communications, public safety, aviation, medical and automotive fields.
Basic Information
Form Factor 1.0 inch (42.8mm x 36.4mm x 3.3mm) L×W×H
Interface IDE (50pin)
Capacity 4GB~512GB (MLC SSD); 1GB~64GB (SLC SSD)
Input Voltage 3.3V (±5%)
Type Industrial Memory Card
Max Sequential Read/Write 90MB/75MB/s
Write Endurance >8 years @100GB per day erase (32GB SLC SSD)
Read Endurance JESD47 compliant
Data Retention JESD47 compliant
Flash Memory Management
Flash Translation Layer (FTL) For High Durability
Flash Memory Management Static, Dynamic and Global Wear leveling to maximize system write endurance
Health-Monitoring and S.M.A.R.T.
Hardware BCH ECC Error Correction 96-Bit /1KB
Direct Flash Memory Direct Flash Memory Access (DFA) co-processor incl. page buffers and interleaving capability
Special Functions
Built-in Power Protection Monitoring, Over-voltage Protection
AES AES-128 and AES-256 support with CBC and XTS modes, high performance on-the-fly encryption/decryption
Temperature Range Operation: -40~ +85℃; Storage: -40~ +125℃
Humidity 5-95%
Vibration 16.4G(10-2000HZ)
Shock 1500G(@0.5ms Half-sine wave,1 time / axis; 50G(@11ms Half-sine wave, 3 times / axis)
· RENICE H1 Plus Compact Flash Card Datasheet V1.0.pdf

If you have a question or need a quote, please leave your message. We'll get back to you as soon as possible.

Get Quotes
Get Quotes

We use cookies to help us improve our webpage. Please read our Cookie Policy.

Ok Block Cookie