Rf Transceiver Ics combine the transmit and receive paths for a wireless link in one device, often with the RF front end, modem, synthesizer and control logic on a single chip. The category spans sub-GHz parts for metering and industrial telemetry, 2.4 GHz devices for Bluetooth Low Energy, Zigbee, Thread and proprietary links, plus wideband and multi-band parts used in gateways, asset trackers, remote controls, toys, medical sensors and building automation. Some are transceiver-only chips that need an external MCU; others are wireless SoCs with a Cortex-M core, memory and stack support, so the line between RF IC and microcontroller is not always clean. Buyers usually start with frequency band and regional rules, then look at output power, receiver sensitivity, data rate, modulation, supply range, sleep current, package size and antenna interface. After that come the less glamorous details: regulator or certification status, stack maturity, reference design quality, tools, EVB availability, lifecycle status and whether the part is on allocation. A common trade-off is price versus confidence. Saving a few cents from a loose channel can look good until reels arrive with mixed date codes, dry-pack handling is unclear, or a QFN lot will not pass incoming inspection. Many teams prefer tape-and-reel with full traceability and will pay a little more to keep production calm. If you have a target part number, alternates list or annual usage, check current stock and request a quote at icxing.com.
Ask for traceability to the franchised source or original lot, plus photos of labels, reels and date codes before payment. For QFN and BGA packages, confirm MSL handling and inspect solderability on receipt; RF parts are small, and remarked lots are common during shortages.
Match the regulatory band first, then compare sensitivity, output power, adjacent-channel performance, sleep and receive current, package and stack or driver support. A part with better paper specs can still be the wrong choice if the reference design, certifications or toolchain are weak.
Yes, but pin-compatible swaps are rare once the radio, MCU and software stack are considered. Provide the exact part number, firmware dependencies, band, certification needs and annual volume so alternates are checked for real drop-in risk rather than just similar headline specs.
| Image | Part | Manufacturer | Description | Stock | Action | |
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NXP Semiconductors | IC RF BTLE SOC 48V... |
1,140
In-stock
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Inquiry | ||
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NXP Semiconductors | IC RF TXRX+MCU 802.... |
3,740
In-stock
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Inquiry | ||
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NXP Semiconductors | KINETIS W 32-BIT M... |
1,390
In-stock
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Inquiry | ||
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NXP Semiconductors | IC RF TXRX ISM<1GH... |
6,360
In-stock
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Inquiry | ||
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NXP Semiconductors | IC RF TXRX+MCU 802.... |
2,050
In-stock
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Inquiry | ||
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NXP Semiconductors | QN9090 BLE SOC |
4,810
In-stock
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Inquiry | ||
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NXP Semiconductors | WIRELESS MICROCO... |
6,790
In-stock
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Inquiry | ||
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NXP Semiconductors | WIRELESS MICROCO... |
4,510
In-stock
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Inquiry | ||
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NXP Semiconductors | QN9090T BLE SOC |
5,580
In-stock
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Inquiry | ||
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NXP Semiconductors | K32W041 BLE/ZIGBEE ... |
2,270
In-stock
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Inquiry | ||
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NXP Semiconductors | K32W041 BLE/ZIGBEE ... |
2,240
In-stock
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Inquiry | ||
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NXP Semiconductors | K32W061 BLE/ZIGBEE ... |
4,850
In-stock
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Inquiry | ||
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NXP Semiconductors | K32W061 BLE/ZIGBEE ... |
1,950
In-stock
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Inquiry | ||
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NXP Semiconductors | K32W041 BLE/ZIGBEE ... |
7,360
In-stock
|
Inquiry | ||
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NXP Semiconductors | K32W061 BLE/ZIGBEE ... |
7,170
In-stock
|
Inquiry | ||
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NXP Semiconductors | IC RF TXRX+MCU 802.... |
2,690
In-stock
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Inquiry | ||
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NXP Semiconductors | IC RF TXRX BLUETO... |
7,120
In-stock
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Inquiry | ||
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NXP Semiconductors | IC RF TXRX+MCU 48V... |
1,500
In-stock
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Inquiry | ||
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NXP Semiconductors | IC MCU K32W041 MCM 4... |
2,290
In-stock
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Inquiry | ||
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NXP Semiconductors | QN9030 BLE SOC |
7,520
In-stock
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Inquiry |