company blog about Recycle u-blox GNSS Evaluation Kits:X20,F10,F9,M8,M9,M10

Recycle u-blox GNSS Evaluation Kits:X20,F10,F9,M8,M9,M10

Shenzhen Mingjiada Electronics Co., Ltd., as a leading enterprise in the electronic component recycling sector, specialises in the recovery of diverse electronic components. We provide globally efficient and compliant inventory disposal solutions, enabling clients to rapidly recover funds and optimise warehouse management.

Recycling Process

Information Submission: Provide details of the Lattice evaluation boards for recycling via email or telephone, including model, quantity, condition, and photographs.

Accurate Quotation: Our specialist team typically completes assessments and provides competitive quotations within 12-24 hours.

Secure Handling: We offer complimentary nationwide collection services across multiple cities or arrange globally insured logistics via carriers such as DHL, UPS, and SF Express to ensure safe transit.

Inspection and Payment: This is Mingjiada's core commitment. Full payment is guaranteed within 24 hours after goods pass inspection, with diverse settlement options including wire transfer and cash – significantly exceeding the industry average payment cycle.

I. Classic and Specialised Coexist: M Series and F9 Series

Prior to the latest X20 and F10 series, u-blox's M series and F9 series had already established benchmarks in their respective domains. Evaluation kits for these modules feature mature designs, covering a broad spectrum of requirements from standard positioning to high-precision inertial navigation.

1. The Proven M8 and Enhanced M9

The EVK-M8 series stands as one of u-blox's most classic evaluation kits, designed to assess the u-blox M8 concurrent GNSS technology. Supporting simultaneous reception across multiple constellations with a plug-and-play USB interface, it is well-suited for general positioning evaluations in diverse environments such as laboratories and vehicles. The M8 series encompasses diverse variants—from standard positioning (NEO/MAX series) to 3D automotive inertial navigation (ADR) and timing applications—demonstrating the platform's breadth.

As the successor to the M8, the EVK-M9DR focuses on evaluating the M9 platform's inertial navigation capabilities. It integrates sensors supporting both Automotive Dead Reckoning (ADR) and Uncoupled Dead Reckoning (UDR). Featuring a USB Type-C interface and multiple backup power options including supercapacitors and batteries, this kit is exceptionally well-suited for demanding road testing.

2. F9: Integrating RTK with Inertial Navigation

The EVK-F9DR is a high-end evaluation kit for automotive-grade applications, designed to assess the high-precision technology of the u-blox F9 platform. It integrates Real-Time Kinematic (RTK) and Automotive Dead Reckoning (ADR), supporting reception of L-band satellite correction services. The standout feature of this kit is its CAN bus interface capability, enabling direct access to vehicle CAN bus data for velocity and direction information. This makes it a powerful tool for autonomous driving and Advanced Driver Assistance Systems (ADAS) development.

II. Next-Generation Mainstream: Low Power and Dual-Frequency Era

As IoT devices demand increasingly stringent power consumption and positioning performance in urban canyon environments, u-blox has introduced the M10 low-power series and F10 dual-frequency series. The evaluation kits for both series adopt a unified design language, featuring compact metal enclosures and integrated power consumption sensors.

3. The Low-Power All-Rounder: M10 Series

The EVK-M10 series is specifically designed for evaluating the u-blox M10 platform. Renowned for its exceptionally low power consumption, the M10 platform is ideally suited for asset tracking and wearable devices. The EVK-M101 kit features a compact footprint (105 x 64 x 26 mm), provides full I/O interface access, and incorporates an on-board power consumption sensor. This enables developers to measure energy usage in real time and with precision across different modes – a critical capability for designing battery-powered devices.

4. Urban Canyon Specialist: F10 Series

The EVK-F10 series pioneers u-blox's entry into the L1/L5 dual-frequency market, specifically engineered to address multipath interference in complex urban environments. By simultaneously receiving signals from both L1 and L5 bands, F10 technology achieves metre-level accuracy. The EVK-F101 (for evaluating MAX-F10S, etc.) and EVK-F10N (for evaluating NEO-F10N) kits include corresponding dual-frequency antennas (such as ANN-MB5), enabling developers to readily compare the significant advantages of dual-frequency technology over traditional single-frequency solutions in real-world environments.

Flagship Choice: Full-Band High-Precision X20

At the pinnacle of u-blox positioning technology stands the latest X20 series. The EVK-X20P is a full-band high-precision GNSS evaluation kit designed to unlock the full potential of the ZED-X20P module.

Core Features:

Full-band and RTK: Supports all civil GNSS bands, combined with integrated RTK technology to achieve centimetre-level accuracy within seconds.

Advanced Correction Services: Supports correction data in SPARTN 2.0 and RTCM 3.4 formats, easily injectable via the u-center 2 NTRIP client or u-blox's PointPerfect service.

Extensive Application Scenarios: With its top-tier accuracy, the EVK-X20P serves as an ideal development platform for demanding applications such as surveying and mapping, autonomous vehicles, precision agriculture, and drones.

Kit Contents: Beyond the EVK mainboard and USB cable, this kit includes a full-band active antenna and a trial subscription to the PointPerfect service, enabling users to experience global high-precision positioning services immediately upon unboxing.

III. Core Parameters and Positioning Capabilities of Each Evaluation Kit Series

1. X20 Series (EVK-X20P) — Full-Band Premium High Precision

Positioning: Centimetre-level (RTK/PPP-RTK)

Frequency Bands: L1/L2/L5/L6/E6 full-band coverage

Constellations: GPS, Galileo, BeiDou, GLONASS, QZSS, NavIC

Core Capabilities: RTK, PPP, L-Band differential reception, anti-spoofing/anti-jamming, secure boot

Applications: Autonomous driving, surveying drones, robotics, high-precision navigation

Positioning: u-blox's current highest-tier GNSS platform

2. F10 Series (EVK-F101/EVK-F10N/EVK-F10T) — L1+L5 Dual-Frequency Metre-Level

Positioning: Metre-level (More stable in urban environments)

Frequency bands: L1+L5 dual-frequency, multipath and obstruction resistance

Key features: Anti-spoofing/anti-jamming, small antenna compatibility, automotive-grade reliability

Versions:

F101: Compact universal module (MAX-F10S)

F10N: Standard NEO package

F10T: Timing + raw observation output

Applications: In-vehicle navigation, shared devices, urban IoT, high-precision consumer electronics

3. F9 Series (EVK‑F9) — Classic RTK High Precision

Positioning: Centimetre-level RTK

Frequency Bands: L1+L2 dual-frequency

Key Features: Mature and stable, comprehensive ecosystem, extensive open-source project support

Applications: Drones, robots, surveying equipment, autonomous driving prototypes

Positioning: Mainstream industrial-grade high-precision solution

4. M8 Series (EVK-M8) — Classic Multi-Constellation Standard Accuracy

Positioning: 2–3 metre level

Frequency Band: Single-frequency L1

Constellations: Supports GPS/GLONASS/Galileo/BeiDou

Highlights: Low cost, strong compatibility, largest installed base

Applications: Trackers, handheld devices, conventional navigation, low-cost IoT

Positioning: Mature mass production preferred choice

5. M9 Series (EVK-M9) — M8 Upgrade with Enhanced Anti-Interference

Positioning: 1–2 metre accuracy

Improvements: Superior sensitivity, tracking capability, anti-interference performance, and start-up speed compared to M8

Package compatible with M8 for direct replacement upgrades

Applications: Consumer/industrial devices requiring higher stability

6. M10 Series (EVK-M101) — Ultra-low power, compact size

Positioning: 1–2 metre accuracy

Highlights: Industry-leading ultra-low power consumption, 4×4mm chip, miniature module

Four-constellation parallel tracking with excellent weak signal performance

Applications: Wearables, battery-powered trackers, Bluetooth positioning, small IoT devices

Positioning: Optimal GNSS solution for battery-powered devices