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WiFi vs LTE Cat.1 vs WiFi HaLow:
Edge Camera Network Guide
NE101 supports WiFi, LTE Cat.1, and WiFi HaLow as plug-in modules. NE301 supports WiFi and LTE Cat.1. This guide compares all three protocols across the dimensions that determine deployment success: coverage, battery impact, recurring cost, and infrastructure requirements. Use the Battery Calculator to model exact battery life for your device.
Quick Answer: Which Protocol for Your Site?
| Your Situation | Recommended Protocol |
|---|---|
| ✓WiFi router exists within ~100m | WiFi Lowest power, no recurring cost |
| ✓No on-site network at all | LTE Cat.1 Works anywhere with cellular signal |
| ✓50+ cameras on one site | HaLow AP cost amortises, zero SIM fees |
| ✓Underground / dense concrete | HaLow or LTE — sub-1GHz penetrates better |
| ✓<15 cameras, scattered sites | LTE — SIM cost cheaper than deploying APs |
The Choice That Affects Battery Life, Cost, and Coverage
NE101 supports three communication protocols via plug-in modules: standard WiFi, 4G LTE Cat.1, and WiFi HaLow (IEEE 802.11ah). NE301 supports WiFi and LTE Cat.1. Each module is physically swappable — changing protocol means opening the enclosure, removing three screws, and replacing the module. The decision you make at procurement time matters, but it is not permanent.
What makes the choice non-trivial: the three protocols serve fundamentally different infrastructure assumptions and carry very different cost structures. WiFi requires a nearby access point. LTE requires cellular coverage and a SIM. HaLow requires a dedicated sub-1 GHz gateway. Getting this wrong either locks you into a recurring cost you didn’t plan for, or means cameras that can’t connect at the deployment site.
Module availability by device
The NE101 supports all three protocols via plug-in modules: WiFi (standard), LTE Cat.1 (Quectel EG912UGL global / EG915Q-NA North America), and WiFi HaLow (Quectel FGH100M, 868 MHz EU / 915 MHz NA). The NE301 supports WiFi (standard), LTE Cat.1, and PoE — it does not currently offer a WiFi HaLow module variant. Power numbers in this guide refer to NE301 (WiFi and LTE) and NE101 (all three protocols).
Protocol Overview: What Each One Actually Delivers
WiFi (2.4 GHz)
Standard · Default
Typical range
30–100 m
Depends on walls, 2.4 GHz band
Infrastructure needed
WiFi AP on-site
Most sites already have one
Best when a WiFi access point is within range. No recurring cost, no infrastructure to deploy. The most power-efficient option — choose it whenever the site allows.
LTE Cat.1
Wide area · SIM required
Typical range
Cellular tower coverage
Works wherever 4G signal exists
Infrastructure needed
None on your side
Uses existing cellular towers
Best when there is no local network at the deployment site. Immediate deployment anywhere with cellular coverage — no AP procurement, no cabling. Carries a recurring SIM data cost.
WiFi HaLow (802.11ah)
Sub-1 GHz · Long range
Typical range
Up to 1 km+ outdoor LOS
Strong wall penetration vs 2.4 GHz
Infrastructure needed
Dedicated HaLow AP
e.g. Morse Micro HaLowLink
Verified deployment
✅ Morse Micro HaLowLink
Confirmed via CamThink Wiki
Best for dense site deployments where standard WiFi range is insufficient and per-unit LTE costs are prohibitive. Requires a HaLow-specific gateway AP — not compatible with standard WiFi routers.
Side-by-Side Comparison
For detailed battery life calculations based on your specific capture frequency and battery configuration, use the CamThink Battery Calculator — it supports NE101 (WiFi, LTE, HaLow) and NE301 (WiFi, LTE).
| Decision Factor | WiFi (2.4 GHz) | LTE Cat.1 | WiFi HaLow (802.11ah) |
|---|---|---|---|
| Infrastructure needed | WiFi AP on-site — most sites already have one | None on your side — uses existing cellular towers | Dedicated HaLow AP required (e.g. Morse Micro HaLowLink) |
| Max range | 30–100 m indoors; up to 300 m outdoor | Unlimited — determined by cell tower | Up to 1 km+ outdoor; strong indoor penetration |
| Wall / obstacle penetration | Moderate — 2.4 GHz loses 15–20 dB through concrete | Excellent — cellular signals penetrate buildings | Strong — sub-1 GHz loses 8–12 dB through concrete |
| Recurring cost | None — private network | SIM data plan required Typical IoT SIM: $0.50–$3/device/month |
None — private network once AP is deployed |
| One-time infrastructure cost | $0 if AP exists · ~$50–150 to add new AP | $0 — SIM only | HaLow AP: ~$200–500 per coverage zone |
| For battery life calculations by protocol, use the CamThink Battery Calculator — supports NE101 (WiFi, LTE, HaLow) and NE301 (WiFi, LTE). | |||
Calculate Battery Life for Your Deployment
Battery life varies significantly between protocols due to different active current during the capture-upload window. WiFi is the most efficient, LTE draws the most power, and HaLow falls in between. The exact impact depends on your capture frequency, battery type, and environmental conditions.
Use the CamThink Battery Calculator
Enter your capture frequency, battery type, and protocol — get exact battery life
estimates for NE101 (WiFi, LTE, HaLow) or NE301 (WiFi, LTE).
Cold weather note
Alkaline AA batteries lose 20–30% capacity at 0–10°C, and 40–60% below −10°C. For winter deployments in Northern Europe, high-altitude sites, or cold storage facilities, adjust your battery life estimates accordingly and consider lithium AA cells, which maintain capacity significantly better in cold conditions. The NE101/NE301 hardware itself operates down to −20°C. The Battery Calculator includes temperature derating options.
Decision Matrix: Which Protocol for Which Scenario
WiFi Choose WiFi when:
- Site has an existing WiFi router within range (<100 m, clear LOS)
- Battery life is the primary constraint — WiFi draws ~57% less active current than LTE (use Calculator for exact estimates)
- Data must stay on-premises (GDPR, industrial data compliance)
- Deploying many cameras at one site — no per-unit recurring cost
- Indoor installations: offices, warehouses, retail with AP infrastructure
LTE Choose LTE when:
- No local network infrastructure at the site (construction sites, remote fields)
- Geographically scattered sites where deploying AP is impractical
- Deployment speed matters — SIM card is all you need
- Camera count per site is low (<15 units) — SIM cost stays manageable
- Site layout changes frequently — LTE follows the camera, not a fixed AP
- 12-month or shorter deployments where battery swap is planned
HaLow Choose HaLow when:
- 50+ units on one site — AP cost amortises across fleet, zero recurring SIM cost
- Standard WiFi range is insufficient but LTE costs are prohibitive at scale
- Underground, basement, or dense concrete environments where 2.4 GHz fails
- Agricultural, campus, or industrial sites covering 200 m – 1 km
- Data privacy requires on-premises network (no cellular routing)
The 15-unit cost crossover (LTE vs HaLow)
At $2/unit/month SIM cost, 15 LTE cameras cost $360/year in recurring data. One Morse Micro HaLowLink gateway capable of serving those 15 cameras costs approximately $200–400 one-time. The break-even point where HaLow becomes cheaper is typically 12–18 months at 15 units — shorter at higher unit counts. At 50 units, HaLow saves $1,200/year versus LTE from month one.
Not sure which module fits your site? Describe your deployment environment and camera count — we’ll confirm the right protocol and BOM.
Ask Our TeamWiFi HaLow in Practice: What Sub-1 GHz Actually Means
WiFi HaLow (IEEE 802.11ah) operates in the 868 MHz band in Europe and 915 MHz in North America. The physics of lower frequency produces three material advantages over 2.4 GHz WiFi:
- Penetration: Lower frequency signals lose less power passing through concrete, brick, and soil. Where standard 2.4 GHz WiFi loses 15–20 dB through a single concrete floor, 868 MHz loses approximately 8–12 dB. In underground meter pits or basement plant rooms, this difference is the gap between “connected” and “not connected.”
- Range: The HaLow protocol is designed for IoT deployments — it trades raw throughput (you only need enough bandwidth for a JPEG image per capture) for extended range. In open-field deployments, HaLow reaches 1 km+ LOS. In dense urban environments with obstacles, 100–300 m is typical.
- Power efficiency: Sub-1 GHz transmission requires less power to achieve the same link quality at a given distance. Compared to LTE Cat.1, which must maintain a cellular connection with full regulatory transmit power, HaLow operating at moderate range to a local AP draws meaningfully less current per transmission event.
The verified deployment path uses the Morse Micro HaLowLink gateway (HaLowLink1 or HaLowLink2), which bridges the HaLow network to standard Ethernet. The NE101 connects to the HaLowLink as it would any WiFi AP — via SSID + password, configured in the Web UI under Internet Connection → WiFi HaLow, with region selection (Europe/North America) to set the correct frequency band automatically. This solution has been verified through actual deployment by CamThink and Morse Micro.
HaLow is NOT standard WiFi
A HaLow-equipped NE101 cannot connect to a standard 2.4 GHz or 5 GHz WiFi router. The protocol operates on a completely different frequency and is incompatible with standard WiFi infrastructure. You must deploy a dedicated HaLow AP (such as the Morse Micro HaLowLink) — and ensure the gateway and NE101 module match the same regional frequency (EU 868 MHz or NA 915 MHz). Mismatched regions prevent association.
Switching Protocols in the Field
All three communication modules on NE101 use the same physical connector on the front of the motherboard. Swapping protocols in the field takes approximately 3–5 minutes per camera:
- Open the NE101 enclosure (Phillips screwdriver, front cover)
- Remove the existing module from the pin connector
- Insert the new module (driver-free, recognised on boot)
- Replace the front cover and power on
- Open the Web UI at
192.168.1.1and reconfigure Internet Connection for the new protocol
This modularity matters for projects that pilot with one protocol and scale with another. A common pattern: start with LTE for a 5-camera proof-of-concept on a new site (no infrastructure procurement), then switch the full 50-camera rollout to HaLow once the deployment is committed (eliminating SIM costs).
For NE301, the WiFi-to-LTE module swap follows the same physical process. The NE301 does not currently offer a HaLow module variant.
FAQ
Can I run LTE and WiFi simultaneously for redundancy?
No. The NE101 and NE301 use one communication module at a time — the modules are
physically separate and occupy the same connector slot. For connectivity redundancy
at a critical site, the practical approach is to configure NeoMind alerts when a camera
misses its scheduled upload window, enabling proactive detection of connection failures.
True hardware redundancy (two NE101 units per location, one on WiFi and one on LTE)
is architecturally possible but adds cost.
Which LTE module covers North America?
The NE101 LTE Cat.1 comes in two variants: EG912UGL (Quectel) for global
coverage (Asia, Europe, Oceania — excluding North America), and EG915Q-NA
(Quectel) for North American carriers. The NE301 follows the same split:
GL912 (global) and NA915 (North America). The North
American module draws slightly more current due to different band characteristics.
Use the Battery Calculator
to compare exact battery life for each variant. Order the correct regional variant for your deployment region.
What SIM cards work with the LTE module?
Any standard nano SIM card on a compatible carrier network works. Common IoT SIM
options used with CamThink cameras: 1NCE (APN:
iot.1nce.net),
Hologram (APN: hologram), Twilio Super SIM (APN: super).
Configure the APN in the NE101/NE301 Web UI under
Internet Connection → Cat.1 → APN. Leave username and password blank
for most IoT SIM providers. For carrier-specific APN strings, check your SIM
provider’s documentation — the field accepts any APN string.
How many NE101 HaLow cameras can one HaLowLink gateway serve?
The Morse Micro HaLowLink gateway supports multiple associated client devices.
For meter reading at 4–6 captures/day, each NE101 generates minimal traffic
(one JPEG of ~50–100 KB per event), and a single HaLowLink AP can serve dozens
of NE101 cameras without throughput constraints. For very large deployments or
multi-floor buildings, two or more APs may be needed for coverage geometry.
See the WiFi HaLow Solution guide
for deployment details and capacity planning.
Does WiFi HaLow work with NE301?
Not currently. The NE301 supports WiFi (standard) and LTE Cat.1 as module options.
A WiFi HaLow variant for NE301 is not available as of May 2026. If HaLow is required
for your deployment and on-device AI inference (NE301’s STM32N6 NPU) is not needed,
the NE101 with HaLow module is the appropriate choice. If you need both HaLow and
on-device AI, contact CamThink to discuss options and roadmap.
My site has weak cellular signal. Will LTE Cat.1 work?
LTE Cat.1 is not designed for marginal signal environments. In weak signal conditions,
the LTE modem boosts transmit power to maintain the link — this increases active current
and significantly reduces battery life beyond the calculator’s baseline estimates.
It also increases connection failure rates and retry cycles, adding unpredictability
to your upload timing.
For sites with weak cellular signal, options are: (1) an external LTE antenna connected via SMA cable — an external antenna can recover 10–20 dB on a marginal link; (2) WiFi HaLow if the site allows AP deployment — HaLow’s sub-1 GHz propagation typically penetrates the environments that block LTE; (3) a site survey before committing hardware, testing signal strength with a phone to determine whether -80 dBm or better is achievable at the camera location.
For sites with weak cellular signal, options are: (1) an external LTE antenna connected via SMA cable — an external antenna can recover 10–20 dB on a marginal link; (2) WiFi HaLow if the site allows AP deployment — HaLow’s sub-1 GHz propagation typically penetrates the environments that block LTE; (3) a site survey before committing hardware, testing signal strength with a phone to determine whether -80 dBm or better is achievable at the camera location.
Is the NE101 NE-HL00 the same as NE-HL01?
No. NE101-HL00 uses the 868 MHz frequency band for Europe.
NE101-HL01 uses the 915 MHz band for North America.
Both use the same Quectel FGH100M chip but configured for different regional
frequencies. Using the wrong regional variant in your market will result in
the camera not being able to associate with your HaLow AP, as the AP and
device must operate on the same frequency band. The HaLowLink gateway similarly
has regional variants — match gateway and camera to the same region.