Licensed and Unlicensed 5G

A broad range of mmWave frequency integrated circuits (MWIC) for use in both licensed and unlicensed frequencies, from 24GHz to 71GHz.

Whether seeking to operate in the licensed or unlicensed band, Sivers Semiconductors’ chipsets
provide unrivaled power, flexibility, and quality.

Cost-effective

Tested and pre-tuned wireless chipsets simplify development and reduce time to market.

Adaptable

Uniquely wide spectrum, coverage, superior link budget, flexible channelization.

Reliable

Capable of operating in a temperature range of -40°C to +85°C – ideal for outdoor installation.

5G and WiGig Chipsets Products

TRX BF/01

The perfect RFIC for unlicensed 5G, supporting the full frequency range from 57 to 71 GHz, capable of long transmission range and speeds of up to 7Gbit/s. Excellent Error Vector Magnitude (EVM) performance allows 64 QAM Modulation or more. Supports any mmWave modem with Zero-IF interface.

Technical Specifications

  • 57 to 71 GHz range
  • Speeds up to 7 Gbit/s
  • 16+16 channel beamforming transceiver
  • WiGig/802.11ad compliant
  • Temp. range -40c to +85c
  • Capable of 64 QAM Modulation or more

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TRX BF/02

The perfect RFIC for licensed 5G, supporting the full frequency range from 24 to 29.5 GHz, High level of integration offering speeds of up to 5Gbit/s. Fewer discrete components mean lower cost and higher quality.

Technical Specifications

  • 24 to 29.5 GHz range
  • Speeds up to 5 Gbit/s
  • 16+16 channel beamforming transceiver
  • Temp. range -40c to +85c
  • Capable of 256 QAM OFDM Modulation or more
  • Supports any mmWave modem with Zero-IF/Low IF interface
  • Tile several RFICs together for longer reach and greater performance

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AFE VM 2Q 275/295

Dual quad-core Radio Frequency Integrated Circuit (RFIC) intended for 5G dual polarized phased antenna array applications. Unmatched scalability and market-leading power efficiency enables very large array configurations while limiting the number of digital interfaces.

Technical Specifications

  • 2 common ports, one for each polarization
  • Time Division Duplex (TDD) mode set independently for horizontal and vertical beamformer
  • Packaged in Wafer Level Chip Scale Package (WLCSP)
  • Ball out optimized for connection of patch antenna
  • Gain and phase of transm–it/receive sections individually controlled
  • High speed LVDS allows on the fly beam adjustment
  • Low noise amplifier plus low loss transmit/receive switch for low system noise

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Frequently asked questions

What is the TRX BF/01?
It is a complete 16RX + 16TX beam forming RF transceiver supporting the frequency band 57-71GHz.
What is the architecture used in the TRX BF/01?
It is a Zero-IF topology ie 16 RF in/out and analog base band I/Q in/out.
What is the main targeted application for TRX BF/01?
The Transceiver is targeting data and telecommunication infrastructure solutions for unlicensed 5G mm-wave use cases.
Does the TRX BF/01 have any internal calibration routines?
The TRX BF/01 includes support for DC offset, LO leakage and IQ calibration. It includes an auxiliary ADC, supporting various external functions, e.g. power and temperature measurements as well as production test support.
1.26×1.26cm.
Regarding the beambook we will give you a short explanation for now, hopefully soon we can provide you with a user manual describing this in more details: The beam book file consists of a matrix of the form 16 columns and 64 rows. Each column contains information to the corresponding antenna how the phase shifts should stand (note that the beambook is reversed ie column 0 controls antenna patch 16) and each row contains one of 64 possible beams that the memories may contain. Each cell can thus have values from 0x0000 to 0x3F3F.
It uses embedded wafer level ball grid array (eWLB) package.
It is a complete 16RX + 16TX beam forming RF transceiver supporting the frequency band 24-29.5 GHz.
It is a Zero-IF topology ie 16 RF in/out and analog base band I/Q in/out.
The Transceiver is targeting data and telecommunication infrastructure solutions for unlicensed 5G mm-wave use cases.
The TRX BF/02 includes support for DC offset, LO leakage and IQ calibration. It includes an auxiliary ADC, supporting various external functions, e.g. power and temperature measurements as well as production test support.
1.26×1.26cm.
Regarding the beambook we will give you a short explanation for now, hopefully soon we can provide you with a user manual describing this in more details: The beam book file consists of a matrix of the form 16 columns and 64 rows. Each column contains information to the corresponding antenna how the phase shifts should stand (note that the beambook is reversed ie column 0 controls antenna patch 16) and each row contains one of 64 possible beams that the memories may contain. Each cell can thus have values from 0x0000 to 0x3F3F.
It uses embedded wafer level ball grid array (eWLB) package.
It can support two polarisations.
Please contact [email protected] for further assistance.
It uses Wafer-level chip scale packaging (WL-CSP) technology.
No. This is an analog beamformer IC which requires signals at 5G NR frequencies (24 to 29 GHz).
Yes.
No. Two chips are needed for this. AFEVM2Q275 covers 24.25-27.5 GHz and AFEVM2Q295 covers 26.5-29.5 GHz.
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Other Wireless Products

RF Modules

The simplest way to add wireless connectivity to your product. Beamforming transceiver IC, antenna arrays, low pass filters, and base-band interface - pre-tuned and tested.

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Evaluation Kits

Our evaluation kits allow you to quickly assess the RF aspect of your 5G mmWave system. Minimize development time, product cost, and time to market.

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Contact Sivers Wireless

We don’t just build components, we build relationships with our customers, ensuring that we fully understand their needs. Get in touch today to learn how we can innovate together.
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