Technology & Engineering
Aug 10, 2026 · 8 min read · Updated August 24, 2026

LTE-M vs NB-IoT vs LTE Cat 1 bis: Choosing the Right Cellular Technology for Asset Tracking

Compare LTE-M, NB-IoT, and 4G LTE Cat 1 bis for industrial GPS tracking. Learn power consumption, coverage, latency, and hardware selection.

M
Mictrack Engineering Team
Shenzhen Hardware & Firmware Engineering Team
LTE-M vs NB-IoT vs LTE Cat 1 bis: Choosing the Right Cellular Technology for Asset Tracking

The Industrial Cellular Landscape

Selecting the optimal cellular network technology is one of the most critical architecture decisions when deploying asset GPS trackers. Engineering teams must balance energy consumption, geographic coverage, carrier roaming availability, and modem hardware cost.

Today, three primary cellular technologies dominate the industrial IoT landscape: LTE-M (Cat M1), NB-IoT (Cat NB1/NB2), and LTE Cat 1 bis. Each serves distinct operational requirements.

Cellular Technology Comparison Matrix

Technology Peak Power Coverage / Roaming Latency & Mobility Best Use Case
LTE-M (Cat M1) ~120mA TX (Low) Excellent in US, Canada, Australia, Western Europe Low (<150ms), Seamless cell handover in transit Moving trailers, intermodal chassis, logistics fleets
NB-IoT ~65–80mA TX (Ultra-low) Strong in Europe & Asia; limited roaming High (1–10s), No handover during transit Stationary tanks, waste bins, utility meters
LTE Cat 1 bis ~250mA TX (Moderate) Broad 4G coverage in most markets (No special SIM) Very low (<50ms), Full high-speed mobility Global fleets in LATAM, Africa, SE Asia, and EU

When to Choose LTE-M / NB-IoT (LPWAN)

Low-Power Wide-Area Networks (LPWAN) are designed specifically for battery-powered IoT devices where multi-year autonomy is paramount.

  • Choose LTE-M when tracking mobile assets across North America, Australia, or Western Europe. LTE-M supports seamless cell tower handover, enabling reliable location updates while travelling at highway speeds — a good fit for trailer tracking deployments.
  • Choose NB-IoT when tracking stationary or semi-static assets in dense urban environments, basements, or remote utility substations where deep signal penetration (+20dB gain) is necessary.

When to Choose LTE Cat 1 bis

LTE Cat 1 bis uses standard 4G LTE network infrastructure with a single antenna architecture. It provides critical commercial advantages:

  • Broad 4G Availability: Operates on standard 4G carrier bands in most markets without requiring specialized LPWAN carrier agreements.
  • Simplified Roaming: Compatible with any standard off-the-shelf IoT or commercial data SIM.
  • Ideal Deployment Regions: Latin America, Eastern Europe, Africa, and Southeast Asia where LTE-M rollouts are limited.

Mictrack Hardware Selection

Mictrack provides dual hardware pathways to match regional carrier infrastructure:

  • For LTE-M & NB-IoT Deployments (with 2G Fallback): Select MT700 (7-year unpowered asset tracker) or MT710 (35g compact portable tracker).
  • For Universal 4G Deployments (LTE Cat 1 bis): Select MT700L (4G Cat 1 bis asset tracker) or MT710L (compact 4G Cat 1 bis tracker) — both suited to Heavy Equipment Tracking deployments.

Next Steps & Sample Plan

Explore our complete Product Overview & Comparison Table, download datasheets in the Engineering Resource Center, or request evaluation samples with pre-configured carrier APN settings.

Tags: #Cellular Connectivity#LTE-M#NB-IoT#LTE Cat 1 bis#APN Provisioning#MT700L

Hardware Mentioned in This Guide:

MT700 LTE-M & NB-IoT Tracker

LTE-M & NB-IoT with 2G fallback for North America & Europe

View Specs
MT700L 4G Cat 1 bis

Standard 4G coverage for Latin America, Europe & Global fleets

View Specs
MT710 Compact LTE-M & NB-IoT

35g compact tracker with LTE-M & NB-IoT connectivity and WiFi positioning

View Specs
MT710L Compact 4G

35g compact tracker with 4G Cat 1 bis & WiFi positioning

View Specs
Continue Reading
Direct Engineering Engagement

Need Help Selecting GPS Hardware?

Our hardware engineers can assist with protocol integration, network selection, custom working modes, and sample evaluation.

Compare all models → Engineering Resources → Contact Engineering Team →