Based on AMD Zynq UltraScale+ RFSoC
KRM-4ZUxxDR Module Series

16nm FinFET+ Programmable Logic

Digital RF-ADC, RF-DAC

Quad Arm Cortex-A53

Dual Arm Cortex-R5F

NOW also available as 25DR based lower cost version

AND even SDFEC-enabled 48DR

Angled view of the KRM-4ZUxxDR module featuring the AMD RFSoC Ultrascale+ series
Slide thumbnail
Based on AMD RFSoC DFE
KRM-2ZU67DR Module

8 x ADC @ 2.95 GSPS

2 x ADC @ 5.9 GSPS

8 x DAC @ 10.0 GSPS

75x65 mm small

New

KRM-3eZUxx module by KRM
Based on AMD Zynq UltraScale+ MPSoC
KRM-3eZUxxCG Module

16nm FinFET+ Programmable Logic

New on-SoM M.2 adapter

Advanced system housekeeping bus

Dual Arm Cortex-A53

Dual Arm Cortex-R5F

New

Based on AMD Zynq UltraScale+ RFSoC
KRM-6ZU49DR Module

Dual 72bit ECC RAM on PL

16 channel RF-ADC, RF-DAC

Quad Arm Cortex-A53

Dual Arm Cortex-R5F

New

Front of KRM's KRIB-A5EXXB32A module
Based on Intel AgileX 5 E-Series
KRIB-A5ExxB32A Module

656k LEs

24x 17 or 28.1 Gbps transceivers

Advanced system housekeeping bus

DUAL Core ARM CortexTM A76

DUAL Core ARM CortexTM A55

New

Front of KRM-10-S10RF module
Based on Intel Stratix Direct-RF
KRM-10S10RF

24 H & 24 E tile transceivers

2 X 8GB 72 bit DDR4 ECC RAM

120 x 90 mm

8x RF ADC @ 64GS

8x RF DAC @ 64GS

New

KRM-2ZU67DR
The Broadest FPGA

KRM-10S10RF

KRM-4ZUxxDR

KRM-6ZU49DR

Angled view of the KRM-4ZUxxDR module featuring the AMD RFSoC Ultrascale+ seriesFront of KRM-10-S10RF module

RFSoM Portfolio

Home2024-09-05T15:19:51+02:00

Knowledge Resources GmbH is a sophisticated FPGA SoM vendor with a broad product offering for HPC, RF, and industrial applications.

Based in Basel, Switzerland, our international team of engineers supports a global client base in integrating our SoMs in a wide range of devices. Our SoMs are successfully deployed in demanding environments ranging from subterranean sensors to spacecraft operating in LEO and on all continents of our planet. Our offering of RF-enabled FPGA SoMs is exceptionally comprehensive with four different families covering any conceivable application.

News

DSP & Signal Processing Job opening

Due to our continuing success with the KRM-4 RFSoC product line and increasing project load, we are actively looking for an FPGA developer with experience in signal processing for telecommunications and radar applications. Read more [...]

KR keeps growing

It is hard to believe that almost 5 Years have elapsed since we moved to our “new” location at Ackerstrasse 30 in Basel. At that time, I could not imagine that we would fill and [...]

Testing KR modules beyond limits

In April 2021 we started to subject our KRM-4ZUxxDR modules to an extensive temperature test on a KRC-4700 test carrier, extended outside of our temperature specification of 0 °C to 70 °C for a commercial [...]

NEW Xilinx RFSoC Module family

Just in time for the Embedded World 2020, we are proud to announce our first new product family in 4 Years. The KRM-4 series of modules is dedicated to the RFSoC line of Xilinx.  RFSoC's [...]

Meet us at Embedded World

KR will introduce its latest Products at the 2020 Embedded World fair in February 2020. Please visit us at booth 138 in Hall 3A to learn about the latest Xilinx Ultrascale+ and RFSoC offerings from [...]

KR is Hiring

To support our continuing growth we are looking for new members for our development and production teams. We have multiple openings for Embedded Systems developers, Test and Production Technicians. Please see details of our job-openings [...]

KR is expanding & hiring

January 2018 In 2017 we completed our relocation to a larger facility and expanded our in house capabilities, now it is time to strengthen our Engineering team. We have multiple openings for Embedded Systems developers, [...]

NEW Location

June 2017 As of June 1st 2017 Knowledge Resources GmbH resides at Ackerstrasse 30 in 4057 Basel. This long overdue move gives us the space we need to expand as we quadruple our space. Due [...]

Thoughts

The “Perfect” FPGA Module (Part 1)

OK, I admit there is no such thing as a "perfect" FPGA module, but one should at least try to come as close as possible. So when we, at Knowledge Resources, contemplated the use of [...]

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