Transcend CF220I Compact Flash Industrial Grade 2 GB SLC Compact Flash Card

Subtotal (1 unit)*

$242.03

(exc. GST)

$266.23

(inc. GST)

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RS Stock No.:
124-9676
Mfr. Part No.:
TS2GCF220I
Brand:
Transcend
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Brand

Transcend

Memory Size

2GB

Product Type

Compact Flash Card

Industrial Grade

Yes

Memory Card Format

Compact Flash

NAND Type

SLC

Read Speed

83.04Mbps

Model Number

CF220I

Write Speed

64.49Mbps

Standards/Approvals

PCMCIA, BSMI, RoHS, FCC, CE, ATA

Maximum Operating Temperature

85°C

Minimum Operating Temperature

-40°C

COO (Country of Origin):
TW

Transcend Compact Flash Card, 2GB Memory Size, SLC NAND Type - TS2GCF220I


This Compact flash card provides solid-state removable storage for industrial and embedded systems operating in challenging environments. It is designed to store and transfer data reliably for automation, electronics and mechanical control applications where sustained read/write access is required without frequent media changes.

Features and Benefits:


• SLC NAND yields enhanced write endurance for long-term data logging
• 46Mbps read throughput supports Rapid image and file retrieval
• 39Mbps write speed enables steady recording of sequential data
• Operates from -40°C to 85°C for high-temperature deployments

Applications


• Suitable for surveillance systems requiring continuous recording
• Ideal for industrial controllers and PLC data storage
• Used with embedded devices in transportation electronics
• Can be used for field data acquisition in harsh environments

What memory capacity is available for storage planning?


The card provides 2GB of non-volatile storage suitable for firmware, logs and moderate-size datasets.

Which standards ensure interfacing with legacy hardware?


It conforms to PCMCIA and ATA interfaces, allowing integration with systems that use the CompactFlash form factor.

Is the card suitable for read-heavy or write-heavy tasks?


Its SLC architecture favours endurance and consistent write behaviour, while its read speed is optimised for frequent retrieval operations.

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