UHF RFID Output Power: 27 dBm, 30 dBm or 33 dBm?

2026-06-29

This guide delivers precise, application-driven technical breakdowns for all three power grades. Whether you design handheld scanners, dock door portals, or multi-antenna industrial fixed readers, this article helps you select the optimal power tier and match it to Silion Tech’s corresponding hardware lineup.

How Impinj Chips Differ and When to Use Each: E310 vs E510 vs E710 — A Complete Guide

2026-06-18

This guide breaks down the technical differences between the Impinj E310, E510, and E710 chips, explains the strengths of each, and helps you match the right chip to your deployment — whether you are building a handheld scanner, a warehouse portal, or a high-throughput retail system.

The Importance of RFID Development Boards in RFID Systems

2026-06-10

The Complete Technical Guide — From Basics to Advanced System Design What are RFID development boards? Why do engineers and developers use them? This comprehensive technical blog covers everything — from how RFID works at the physics level, to how development boards accelerate prototyping, system integration, and production deployment.

UHF RFID vs NFC - Differences, Technical Boundaries & Application Scenarios

2026-05-28

Module Self-Heating and Its Effect on Frequency Accuracy

2026-05-11

This paper introduces module self-heating principles, analyzes thermal frequency drift of typical oscillators, focuses on UHF RFID application scenarios, and gives practical PCB thermal design and drift suppression solutions for high-precision RF systems.