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Sidekiq™ X2

A versatile, high-performance RF transceiver card with dual channel 2x2 MIMO and up to 100 MHz of bandwidth, the Sidekiq™ X2 is here to supercharge your RF application development—putting new possibilities at your fingertips.
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features

Unprecedented RF Performance

With up to 100HMz bandwidth, the Sidekiq™ X2 combines powerful processing with a dynamic tuning range to deliver unprecedented levels of RF performance.

Flexible Front End

The Sidekiq™ X2 includes two phase-coherent RF transmitters and receivers, plus a third, independently tunable receiver, offering maximum flexibility.

Benefits

READY TO INTEGRATE

The Sidekiq™ X2 puts high-performance processing in a production-ready transceiver card, offering a simpler approach to integration.

HIGHLY CONFIGURABLE

Pre-select filtering and clock synchronization support laboratory or field-deployed applications like remote sensing, MIMO communications, and wireless protocols.

ACCELERATED DEVELOPMENT

Compatible with SDR frameworks, Sidekiq™ X2 accelerates development,  so you can spend more time designing and implementing your applications.

READY FOR 3U VPX APPLICATIONS

Sidekiq™ X4 supports lab and field deployments with a COTS PCIe-based FPGA carrier card in a Thunderbolt™ 3 chassis and can also be integrated into COTS 3U or 6U VPX carrier cards. Its Development Kit provides a software API and FPGA source code.

key spec

Sidekiq™ X2 specs at a glance

Tuning Range

1 MHz to 6 GHz

Bandwidth

Up to 100 MHz per channel

Power Consumption

4-10 Watts (depending on the number of channels in use)

Form Factor

VITA 57.1 High Pin Count FPGA Mezzanine Card

I/O

JESD204b

Receivers

Up to 3

Transmitters

Up to 2

compared spec

Sidekiq™ X2

Sidekiq™ X4

TUNING RANGE
Bandwidth
Power Consumption(typical)
Integrated FPGA
Form Factor
I/O
Receivers
Transmitters
1 MHz to 6 GHz
Up to 100 MHz per channel
4-10 Watts (depending on the number of channels in use)
/
VITA 57.1 High Pin Count FPGA Mezzanine Card
JESD204b
Up to 3
Up to 2
75 MHz to 6 GHz, able to capture down to 1 MHz
Up to 450 MHz per channel
7-14 Watts (typical usage)
/
VITA 57.1 High Pin Count FPGA Mezzanine Card
JESD204b
Up to 4
Up to 4
compare all SDRs

compared specs

Find your Perfect Sidekiq™

compare all SDRs
slider product

Sidekiq™ X2

TUNING RANGE

1 MHz to 6 GHz

Bandwidth

Up to 100 MHz per channel

Power Consumption

4-10 Watts (depending on the number of channels in use)

Integrated FPGA

/

Form Factor

VITA 57.1 High Pin Count FPGA Mezzanine Card

I/O

JESD204b

Receivers

Up to 3

Transmitters

Up to 2

slider product

Sidekiq™ X4

TUNING RANGE

75 MHz to 6 GHz, able to capture down to 1 MHz

Bandwidth

Up to 450 MHz per channel

Power Consumption

7-14 Watts (typical usage)

Integrated FPGA

/

Form Factor

VITA 57.1 High Pin Count FPGA Mezzanine Card

I/O

JESD204b

Receivers

Up to 4

Transmitters

Up to 4

APPLICATIONS

Perfect for a Range of Applications

Ideal for Signal Intelligence
The Sidekiq™ X2's high-performing RF capabilities and broad frequency range make it a hero for signal intelligence applications—where accurate, detailed analysis is key.
Perfect for Wireless Communication
With an expansive bandwidth and advanced processing capabilities, Sidekiq™ X2 pairs perfectly with wireless communication systems.
CASE STUDY
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configuration

configurations

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Looking for More?

Customize Your Sidekiq™

We design every product to be flexible and adaptable. Ready to explore more of our technology?

faq

Frequently Asked Questions

What is a Software-Defined Radio (SDR)?

SDR is a radio communication system in which components traditionally implemented in hardware are instead implemented (via custom software) on a personal device or embedded computer system. SDR systems can be adapted to integrate with various communication applications. Once integrated, SDRs can be used to scan for radio frequencies, listen to FM radio, track aircraft with ADS-B, receive GPS signals, dabble in amateur radio, decode digital voice, and even bounce signals off the moon!

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How do Epiq's SDR products differ from others on the market?

Epiq's SDR solutions deliver unparalleled RF performance and flexibility in compact form factors, making them perfect for a range of applications: including mobile, portable, and space-constrained. With a wide tuning range from 70 MHz up to 6 GHz, our products can be used for things like spectrum analysis, RF recording, cellular network scanning, enforcing no-wireless policies, and more.

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Can I customize my SDR setup?

Yes, our SDRs, SDR platforms, and turnkey solutions are designed to be flexible and easily integrated. That means you can customize any of our products to fit your specific needs. 

To get started, request one of our dev kits. We have two options: Evaluation (EVK) and Platform Development (PDK). You can request a dev kit by filling out the form below. Once you do, we'll get back to you with details and next steps.

If you need assistance, Epiq’s team is always here to offer comprehensive support: including detailed product documentation and an active community for peer discussions.

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What are the data transfer options for your SDRs?

Our SDRs support various data transfer interfaces, including USB 2.0, USB 3.0, and PCI Express (PCIe), depending on the product.

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Which programming languages or frameworks do your products support?

Our SDRs support popular frameworks such as GNU Radio, and others. For programming, we support languages such as C, C++, and Python.

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Do your products support phase-coherent MIMO operations?

Yes, our SDR products, such as the Sidekiq™ X4, support multi-channel phase-coherent MIMO operations, making them suitable for a variety of applications.

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Can your SDRs operate standalone or do they require a host device?

Many of our SDRs can operate both standalone and as part of a host device, giving you the flexibility to use them as needed.

Still have questions? Reach out and we’ll do our best to help.

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Contact

Ready to tap into the power of Epiq's SDR? Request a dev kit today. Just fill out the form below and we'll get back to you shortly.