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    Spec sheet

Leo200-S SDR - Evaluation

Leo200-S SDR - Evaluation

Software-defined GNSS receiver with single-antenna turnkey RF front-end.

  • Designed for defense & commercial applications
  • Assured PNT in contested GNSS environments
  • New capabilities delivered through software updates
  • Single-antenna, quadruple-frequency RF front-end
  • Optimized for size, weight, and power (SWaP)
  • Inertial sensor fusion with magnetometer data support

SKU: Leo200-S-Eval

Configuration
For quantities over 20, contact us for volume pricing
$995.00
$995.00
View full details
FROM EVALUATION TO DEPLOYMENT

Choose the path that fits your program

Purchase up to 20 units online with a 1-year evaluation or perpetual license. For larger deployments, work with our team on volume pricing and standard or custom integration.

01

Set Up

Install the software, activate your license, and generate your first position fix using live or recorded GNSS data.

02

Test & Evaluate

Connect Leo200 to your application, assess performance in the lab, then field-test on your target platform.

03

Deploy

Continue with a perpetual license or work with our team on volume pricing, standard or custom integration, and larger deployments.

Planning a larger deployment?

For quantities over 20, custom integrations, or volume pricing, tell us about your program.

The Software-Defined GNSS Engine

Introducing PpRx, the software behind Leo200

PpRx delivers the core signal processing, positioning and navigation capabilities across every Leo200 configuration.

  • Optimized for real-time deployment on low-SWaP, general-purpose compute
  • Multi-band, multi-constellation GNSS with multi-antenna and inertial support
  • Software-upgradeable signals, algorithms and threat-mitigation capabilities
Leo200-S vs. Leo200-D

Same software different hardware

Leo200-S and Leo200-D run the same PpRx receiver software. The difference is the included RF front end.

Leo200 — Single

Leo200 — Single

Leo200 — Dual

Leo200 — Dual

Architecture

Package
PHYSICAL
DIMENSIONS (EXCL. SMA) 32 x 65 x 10 mm
DIMENSIONS (EXCL. SMA) 56 × 65 × 9 mm
DIMENSIONS (INCL. SMA) 32 x 75 x 10 mm
DIMENSIONS (INCL. SMA) 56 × 75 × 9 mm
WEIGHT 14 g
WEIGHT 22 g
POWER
CONNECTED, IDLE 0.64 W
CONNECTED, IDLE 0.79 W
CONNECTED, STREAMING 1.39 W
CONNECTED, STREAMING 1.62 W
INTERFACES [RF]
CONNECTOR 1 x SMA FEMALE
CONNECTOR 2 x SMA FEMALE
ANTENNA BIAS 0 (OFF) / 3.3V (ON)
ANTENNA BIAS 0 (OFF) / 3.3V (ON)
ANTENNA BIAS CURRENT < 50 mA
ANTENNA BIAS CURRENT < 50 mA
DATA OUTPUT RAW RF & IMU DATA
DATA OUTPUT RAW RF & IMU DATA
INTERFACES [TIMING]
PPS OUTPUT HEADER PIN
PPS OUTPUT HEADER PIN
EXTERNAL CLOCK INPUT -
EXTERNAL CLOCK INPUT 1 x MMCX FEMALE
INTERFACES [POWER]
CONNECTOR 1 x USB 2.0 TYPE-C
CONNECTOR 1 x USB 2.0 TYPE-C
SUPPLY VOLTAGE 5 VDC
SUPPLY VOLTAGE 5 VDC
ENVIRONMENTAL
OPERATING TEMP -20 C to +70 C
OPERATING TEMP -20 C to +70 C
STORAGE TEMP -40 C to +85 C
STORAGE TEMP -40 C to +85 C
OPERATING HUMIDITY 5 - 95% RH, NON-CONDENSING
OPERATING HUMIDITY 5 - 95% RH, NON-CONDENSING
VIBRATION 7.7 G RMS [MIL-STD-810H]
VIBRATION 7.7 G RMS [MIL-STD-810H]
SHOCK - OPERATIONAL 40 G [MIL-STD-810H]
SHOCK - OPERATIONAL 40 G [MIL-STD-810H]
SHOCK - SURVIVAL 75 G [MIL-STD-810H]
SHOCK - SURVIVAL 75 G [MIL-STD-810H]

PNT Signals

Global
GPS L1C/A, L1C, L2C, L5
GPS L1C/A, L1C, L2C, L5
GALILEO E1b, E1c, E5a, E5b
GALILEO E1b, E1c, E5a
BEIDOU B1c, B2a, B2b
BEIDOU B1c, B2a
Regional
SBAS L1
SBAS L1
QZSS L1C/A
QZSS L1C/A

Performance

POSITIONING ACCURACY
STATIC < 0.3 m H, < 0.6 m V
STATIC < 0.3 m H, < 0.6 m V
LOW SPEED < 0.5 m H, < 1.5 m V
LOW SPEED < 0.5 m H, < 1.5 m V
HIGH SPEED < 1.5 m H, < 0.5 m V
HIGH SPEED < 1.5 m H, < 0.5 m V
ULTRA HIGH SPEED < 1.8 m H, < 4.3 m V
ULTRA HIGH SPEED < 1.8 m H, < 4.3 m V
ACCURACY METRICS
VELOCITY < 0.3 cm/s RMS
VELOCITY < 0.3 cm/s RMS
TIME < 0.5 ns RMS
TIME < 0.5 ns RMS
HEADING < 2.5 deg RMS, < 5 deg (p95)
HEADING < 1 deg RMS
1 PPS GPIO ±0.1 - ±0.25 ppm (undisc.)
1 PPS GPIO ±0.1 - ±0.25 ppm (undisc.)
LATENCY
50TH PERCENTILE < 6 ms
50TH PERCENTILE < 6 ms
99.9TH PERCENTILE < 10 ms
99.9TH PERCENTILE < 10 ms
TIME TO FIRST FIX [TTFF]
COLD START ~30 s
COLD START ~30 s
WARM START ~25 s
WARM START ~25 s
HOT START ~1 s
HOT START ~1 s
MINIMUM C/N0 THRESHOLDS
ACQUISITION 35 dB-Hz
ACQUISITION 35 dB-Hz
TRACKING 20 dB-Hz
TRACKING 20 dB-Hz

Frequently Asked Questions

What’s the difference between a 1-year and perpetual license?

The 1-year license is designed for evaluation and testing and expires after one year. A perpetual license does not expire.

What happens when my evaluation license expires?

The evaluation kit includes a one-year, fully featured software license. Continued use after that term requires an appropriate license. Contact us before expiration to discuss your evaluation needs or transition to a perpetual production license.

What happens after 12 months with a perpetual license?

Your license continues to work indefinitely. Perpetual licenses include software updates for the first 12 months, with additional update coverage available separately.

Which onboard computers can run Leo200’s receiver software?

PpRx, the software behind Leo200, supports x86-64, ARM64, and RISC-V architectures. Standard deployments run on supported Linux hosts, either natively or in a Docker container. Compute requirements depend on the enabled signals, channel count, and processing configuration; software-only deployments require substantially fewer resources than the full evaluation environment. Contact us with your platform specifications to confirm compatibility.

What outputs are available, and how can I integrate them into my system?

PpRx provides position, velocity, timing, and GNSS observables, plus attitude and inertial estimates when configured with the appropriate inputs. Supported formats and interfaces include GBX, NMEA 0183, RINEX, ROS 2, ASPN 2023, MATLAB, CSV, and KML. CLI and programmatic interfaces support application integration, with custom middleware and interfaces available through Locus Lock.

Can I use my own RF front end or external IMU?

PpRx can work with qualified commercial and customer-specific RF front ends, and it supports external IMU measurements for GNSS/inertial navigation. Compatibility depends on your hardware, data interfaces, and configuration. Share your RF and sensor specifications with our team to determine whether an existing configuration fits or custom integration is needed.

Can I deploy units purchased online?

Yes. Perpetually licensed units can be used for ongoing deployment. For quantities over 20, contact us for volume pricing.

How are updates delivered to deployed units?

Updates are delivered through software, allowing supported signals, receiver capabilities, and threat-mitigation techniques to evolve on compatible hardware. Contact us to confirm update access, support coverage, and deployment options for your production license.

Can I purchase Leo200 for my country and application?

Purchase eligibility and any export licensing requirements depend on the destination, end user, and intended application. Contact Locus Lock with those details to confirm eligibility and any applicable operating restrictions before ordering.