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📻 SDR & Wireless Communications ICs

Pin-to-pin alternatives to the AD9361/AD9363 2T2R wideband RF agile transceivers — the fastest-qualifying second source for SDR platforms, tactical radios and wireless infrastructure.

The AD9361 second source that ships

The 2T2R wideband RF agile transceiver is the heart of most modern SDR platforms — and the single hardest converter-family part to keep on the shelf. Shenxin FAE confirms SXS046 ↔ AD9361 and SXS055 ↔ AD9363 as P2P mappings. SXS046 provides a 12-bit 2T2R architecture with TX 47 MHz–6 GHz and RX 70 MHz–6 GHz; SXS055 covers 325 MHz–3.8 GHz. P2P mapping does not by itself imply zero-change board or software migration, so electrical, timing and software/register behavior must be validated with samples before production use. Both are in production today with 6-week standard lead time, English datasheets and direct FAE support — teams can reduce migration effort while completing the required board, software and system verification.

Receive path

AntennawidebandRF transceiver2T2R · TX 47M–6G / RX 70M–6GSXS046Baseband / FPGAmodem stack

Transmit path

Baseband / FPGAmodem stackRF transceiver2T2R TX pathSXS046Antennawideband

Recommended parts for SDR platforms

ModelCross-ReferenceRole in ChainKey SpecsStatus
SXS046AD93612T2R wideband RF transceiverTX 47 MHz–6 GHz · RX 70 MHz–6 GHz · 12-bit · CSP_BGA-144In Production
SXS055AD9363Ultra-low-power 2T2R transceiver325 MHz–3.8 GHz · 12-bit · CSP_BGA-144In Production
SXD005AD9779ADual TX DAC (wideband baseband)16-bit · 1 GSPS · dual-channelIn Production
SXA026AD9652Dual RX ADC16-bit · 310 MSPSIn Production
SXD034AD9747Dual TxDAC16-bit · 250 MSPSIn Production

Why SDR teams pick SXS046

Migration-friendly

Same package class and comparable RF performance; pin assignment and register compatibility validated against the latest datasheets during migration.

Production silicon

In-volume today. Samples ship from stock-backed batches, not paper roadmaps.

Verification support

Cross-reference table, English datasheets and eval guidance to compress your re-qualification cycle.

Two coverage classes

Full 70 MHz–6 GHz (AD9361 class) and low-power 325 MHz–3.8 GHz (AD9363 class) from one source.

Frequently asked questions

How should SXS046 P2P compatibility with the AD9361 be validated?

Shenxin FAE confirms the SXS046 ↔ AD9361 P2P mapping. The device uses a CSP_BGA-144 package and 2T2R 12-bit architecture; TX covers 47 MHz–6 GHz and RX covers 70 MHz–6 GHz. Complete board-level, electrical, timing and software/register validation with samples before production migration.

What about low-power SDR designs?

Shenxin FAE confirms the SXS055 ↔ AD9363 P2P mapping. SXS055 covers 325 MHz–3.8 GHz with a 2T2R 12-bit architecture; board-level and software/register validation is required before production migration.

How do we verify before committing?

Standard path: send your frequency plan and modulation targets, we ship samples with the English datasheet package, and our FAE joins your bring-up. Most teams complete initial verification in one to two board revisions.

Lead time for production quantities?

6 weeks standard, confirmed on order acknowledgement. Production status means no allocation surprises mid-programme.

Related pages

Ready to map your signal chain?

Contact our FAE team for English datasheets, samples and lead-time confirmation. Standard lead time is 6 weeks.

Contact FAE Team