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RadScope RS-Spec200 product photograph
RadScope series / 03

RadScope RS-Spec200

Zynq-based spectrum analyzer & processing unit

ARM and FPGA processing, spectrum visualization, and expandable interfaces for radiation-analysis systems.

Zynq XC7Z015Touch LCDPetaLinux
Contact for availability

Currently out of stock in the original store

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Purchasing is handled by ZEROM’s original store. Confirm price, availability, and specifications before ordering.

Designed around the signal

Inside RadScope RS-Spec200.

ARM + FPGA processing — RadScope RS-Spec200

ARM + FPGA processing

The Zynq XC7Z015 combines ARM Cortex-A9 processing and FPGA fabric for spectrum calculations and isotope identification.

Visualize and integrate — RadScope RS-Spec200

Visualize and integrate

A touchscreen spectrum interface is complemented by UART, SPI, Ethernet, and USB connectivity, with PetaLinux, C++, and FreeRTOS development support.

Complete product description from ZEROM

Zynq-Based Spectrum Analyzer & Processing Unit

※ Key Features

Zynq XC7Z015 SoC for High-Speed Signal Processing

Integrated ARM Cortex-A9 and FPGA fabric

Enables real-time spectrum calculation and isotope identification

Input Interface

Receives analog signals directly from RS-PF100 via u.FL connector

Output Interface

LCD display for intuitive spectrum visualization

Operating Environment

Compatible with PetaLinux

Supports C++, and FreeRTOS SDK development

User Interface

Supports touchscreen LCD panel for real-time spectral display and isotope classification results

System Expandability

Equipped with UART, SPI, Ethernet, and USB interfaces for integration with external systems

※ Applications

Radiation spectrum analysis and isotope identification

Laboratory research and academic instrumentation

Environmental radiation monitoring and field inspection systems

Embedded radiation-analysis modules for smart or robotic platforms

※ Key Point

Combining FPGA-accelerated signal processing with an intuitive LCD interface,

RadScope RS-Spec200 delivers real-time visualization and identification of radiation spectra.

Technical specifications.

Specifications from the original ZEROM product listing
ProcessorZynq XC7Z015 SoC with ARM Cortex-A9 and FPGA fabric
Analog inputu.FL connection; source names the upstream board RS-PF100
DisplayTouchscreen LCD for spectra and isotope-classification results
SoftwarePetaLinux compatibility; C++ and FreeRTOS SDK development
InterfacesUART, SPI, Ethernet, and USB
ApplicationSpectrum analysis, laboratory research, environmental monitoring, and embedded radiation analysis

The original source uses both RS_PF001 and RS-PF100 identifiers. Confirm the matching front-end and supply configuration with ZEROM.

Ordering & ownership

Production, delivery, and care.

Made-to-order production & shipping

Products are made to order. Contact ZEROM for production timing, which varies by order volume and specification. After production and inspection, the original store states dispatch within 1–2 business days via Hanjin, with typical delivery in 2–3 business days after dispatch.

Weekend and holiday orders are processed from the next business day. Jeju and remote areas may incur additional shipping fees. Tracking information is sent by text or email. Contact customer service for transit damage or loss. Confirm international shipping directly with ZEROM.

The original store states that change-of-mind cancellation or refund is unavailable after made-to-order production starts.

Returns & exchanges
  • Unused products may be returned or exchanged within 7 days of receipt.
  • Initial defects are eligible for replacement within 7 days of receipt.
  • Physical damage, soldering traces, or circuit modifications may make the product ineligible for refund.
  • Return the original packaging and all supplied accessories.
  • The store states refund processing within 5–7 business days after receipt of the returned product.

Contact ZEROM to confirm eligibility before returning a made-to-order product.

Handling & maintenance
  • Use ESD protection, including a wrist strap or mat.
  • Keep heatsinks unobstructed during operation.
  • Store in a dry, ventilated environment, away from moisture and dust.
  • Verify polarity and the product-specific supply requirements before connection.
  • Use antistatic packaging for long-term storage.
  • Use firmware and software supplied through official SDK channels.
  • These are industrial and research products. Stop operation and disconnect power if abnormal heat or smoke occurs.

English summary of the original store’s policies. The original store and ZEROM handle orders, shipping, returns, and warranty inquiries.

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