Rhino Mobility

M3501

Certification rating: 3 out of 3 ratings Certification Rating
Social Mobile Rhino Mobility M3501 Redcap Module

Device Specification

Product Description

Description:

The Rhino Mobility M3501 is a 5G RedCap embedded module designed for OEM integration into routers, gateways, IoT platforms and enterprise devices. Certified with FCC ID 2AUOUM3501, the M3501 module supports key carrier bands and provides modular approval for mobile device applications. :contentReference[oaicite:5]{index=5}

Engineered for flexibility, the module supports 5G NR RedCap architectures offering reduced complexity and power consumption while providing robust throughput. Ideal for large-scale deployments where OEMs need a streamlined module footprint and modular certification.

Network Speed: 5G
UE Category: Cat 13
Standalone: SA Only
Redcap: Yes
LTE Band Support 1, 2, 4, 5, 7, 12, 13, 14, 25, 41, 48, 66, 71
5G Band Support n2, n25, n41, n48, n66, n71, n77
T-Mobile Programs Slicing
GPS Assisted
Wi-Fi No
SMS No
Voice No
eUICC No
Satellite No
Operating System None
TACs 35466880
Chipset Brand Name Qualcomm
Chipset Model No. SDX35
Module Brand Name Rhino Mobility
Module Model No. M3501
Module Form Factor Other
Vendor Product Brief Specification Document
DICE ID 21335

Features:

  • 5G RedCap support which enables mid-rate IoT and enterprise functions with reduced device complexity.
  • Modular design with FCC modular approval (FCC ID 2AUOUM3501). :contentReference[oaicite:6]{index=6}
  • Compact footprint suited for integration into routers, gateways and embedded devices.
  • Carrier-certified frequencies and mobile device integration support.

Applications:

  • Embedded routers, gateways and edge devices.
  • Enterprise IoT and sensor networks where RedCap is appropriate.
  • Fleet telematics or industrial equipment requiring reliable 5G connectivity.

Certification Rating:

  • T-Mobile Network Certified (via module approval route).
  • FCC (module certified 2AUOUM3501).
  • PTCRB (module-class compliance expected for cellular modules).