Why Multiple Models Exist
Different missions require different levels of GNSS protection.
Some platforms prioritize ultra-low SWaP, while others demand maximum anti-jamming and anti-spoofing performance in contested environments.
Our 4-element CRPA portfolio is designed to match real-world operational requirements — not just specifications.
The 4-element CRPA product family is divided into multiple categories to match different mission priorities:
|
Product Direction |
Typical Requirement |
Representative Models |
|
Ultra-Compact SWaP |
Small UAVs, portable robots, limited payload space |
QY4100 / GAPS65 |
|
Balanced General-Purpose |
Standard UAVs, vehicles, marine platforms |
QY5100 / AN-120AJ-105 |
|
High-Protection Anti-Spoofing |
EW environments, military-grade autonomous systems |
AJT105S / GAP2501 |
4-Element CRPA Product Comparison Table
|
Model |
Product Positioning |
Frequency Bands |
Anti-Jamming Performance |
Anti-Spoofing |
Multi-Jammer Capability |
Output / Interface |
Size |
Weight |
Power Consumption |
Power Input |
Best For |
|
GAPS65 |
Ultra-light SWaP optimized |
BDS B1 / GPS L1 / Galileo E1 |
95 dB (single) / 80 dB (Three) |
No |
Up to 3 |
TTL + RF / NMEA / ublox PVT |
65 × 65 × 21 mm |
≤130 g |
≤6 W |
5–17 VDC |
Small UAVs, robots, portable systems |
|
QY4100 |
Compact tactical terminal |
BDS B1 / GPS L1 / Galileo E1 |
100 dB (single) / 90 dB (Three) |
No |
Up to 3 |
TTL + RF / NMEA / ublox PVT |
65 × 65 × 32 mm |
≤200 g |
≤10 W |
9–36 VDC |
High-value compact UAVs |
|
QY5100 |
Balanced general-purpose CRPA |
BDS B1 / GPS L1 / Galileo E1 |
110 dB (single) / 100 dB (Three) |
No |
Up to 3 |
TTL + RF / NMEA / ublox PVT |
100 × 100 × 32 mm |
≤350 g |
≤10 W |
9–36 VDC |
UAVs, UGVs, marine platforms |
|
AN-120AJ-105 |
Integrated outdoor anti-jamming unit |
BDS B1 / GPS L1 / Galileo E1 |
105 dB (single) / 90 dB (Three) |
No |
Up to 3 |
TTL + RF / NMEA / ublox PVT |
100 × 100 × 24 mm |
≤300 g |
≤10 W |
9–36 VDC |
Outdoor vehicle/UAV deployment |
|
AJT105S |
Advanced anti-spoofing CRPA |
BDS B1 / GPS L1 / Galileo E1 |
105 dB (single) / 95 dB (Three) |
Yes |
Up to 3–4 |
TTL + RF / NMEA / ublox PVT |
150 × 130 × 22 mm |
≤520 g |
≤13 W |
5–17 VDC |
Mission-critical autonomous systems |
|
GAP2501 |
High-end anti-spoofing platform |
BDS B1 / GPS L1 / Galileo E1 |
105 dB (single) / 95 dB (Three) |
Yes |
Up to 3–4 |
TTL + RF / NMEA / ublox PVT |
150 × 130 × 22 mm |
≤550 g |
≤14 W |
5–17 VDC |
Mission-critical autonomous systems |
In practice:
This product segmentation allows customers to select the most suitable CRPA solution instead of overpaying for unnecessary capabilities or sacrificing mission reliability.
Quick Selection Guide
|
If Your Priority Is… |
Recommended Model |
|
Lowest weight and power consumption |
GAPS65 |
|
Small size with stronger performance |
QY4100 |
|
Outdoor integrated deployment |
AN-120AJ-105 |
|
Stronger anti-jamming capability |
QY5100 |
|
Anti-spoofing protection |
AJT105S |
|
High-end autonomous navigation security |
GAP2501 |
Key Product Differentiation Logic1. SWaP vs Performance
Smaller terminals are easier to integrate into compact UAVs, but larger CRPA apertures generally provide stronger anti-jamming and weak-signal tracking performance.
2. Anti-Jamming vs Anti-SpoofingStandard CRPA systems mainly suppress interference.
Advanced models such as AJT105S and GAP2501 additionally identify and suppress spoofing attacks.
Some products focus on lightweight UAV deployment, while others are optimized for outdoor durability, wide voltage input, and harsh operational environments.
4. Integration FlexibilityDifferent platforms require different interfaces:
