RFID TAG R/W 860-960MHZ INLAY 600351

Part Overview

The Avery Dennison RFID 600351 is a passive read/write RFID inlay operating in the 860MHz to 960MHz frequency band with 128-bit EPC memory capacity. This component implements the NXP UCODE G2iL chipset and complies with EPC and ISO 18000-6 standards. The part is currently classified as Not For New Designs, making identification of active equivalent alternatives essential for ongoing production and new system implementations.

Substiute Parts

600351

Avery Dennison RFIDIn Stock: 939600351 Datasheet

Current PartRFQ

RF600465

Avery Dennison RFIDIn Stock: 13763RF600465 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for RFID inlay components is determined by the following critical parameters:

• Frequency Band: Must operate within 860MHz ~ 960MHz to maintain compatibility with existing reader infrastructure and regulatory compliance
• Memory Configuration: Must provide 128-bit EPC read/write capability to ensure data structure compatibility
• Standards Compliance: Must support EPC and ISO 18000-6 protocols for system interoperability
• Physical Form Factor: Must maintain 1.968" L x 1.181" W (50.00mm x 30.00mm) inlay dimensions for mechanical fit
• Technology Type: Must be passive technology to match power and operational characteristics
• Operating Temperature Range: Must support -40°C ~ 85°C to ensure environmental compatibility
• RoHS Compliance: Must maintain RoHS Compliant status for regulatory requirements

The substitute part RF600465 meets all these critical parameters while offering Active product status, making it suitable for new designs and ongoing production applications.

Parameter Comparison

Engineering Selection Recommendations

The RF600465 substitute part is qualified for direct replacement based on electrical and mechanical parameter equivalence. All critical functional parameters—frequency band, memory capacity, standards compliance, form factor, and environmental operating range—are identical between the main part and substitute.

The primary distinction is product lifecycle status: 600351 is classified as Not For New Designs, while RF600465 maintains Active status. This difference reflects manufacturing availability and long-term support considerations. For applications requiring ongoing component sourcing and design continuity, RF600465 is the appropriate selection.

Both parts maintain identical RoHS compliance and moisture sensitivity ratings, ensuring regulatory and reliability consistency across substitution.

Frequently Asked Questions (FAQ)

Q: Can RF600465 be used as a direct replacement for 600351 in existing designs?

A: Yes. Both parts share identical electrical specifications (860MHz ~ 960MHz frequency, 128-bit EPC read/write memory, EPC and ISO 18000-6 compliance) and mechanical dimensions (50.00mm x 30.00mm inlay form factor). System-level compatibility is maintained.

Q: What is the significance of the product status difference between these parts?

A: Product status indicates manufacturing lifecycle phase. The 600351 designation as Not For New Designs reflects its position in the component lifecycle. The RF600465 Active status indicates current manufacturing support and availability for new applications.

Q: Are there differences in chipset performance between NXP UCODE G2iL and NXP UCODE 7?

A: Both chipsets operate within the specified 860MHz ~ 960MHz band and support the required 128-bit EPC memory configuration and standards compliance. The provided parameters confirm functional equivalence for the specified application requirements.

Q: Do both parts meet the same environmental and compliance requirements?

A: Yes. Both parts operate across the -40°C ~ 85°C temperature range, maintain RoHS Compliant status, and carry identical Moisture Sensitivity Level 1 (Unlimited) ratings.

Q: Is there any inventory or availability advantage to selecting one part over the other?

A: Inventory levels are provided for reference only and do not affect substitution eligibility. Component selection should be based on product status, compliance requirements, and design lifecycle considerations.