IP Cameras › Atlas 6601 · Solar 4G PTZ
AtlasAOV Series · Solar + 4G PTZ
Single-Lens AOV PTZ Camera · 1080P · Solar + Battery + 4G
Atlas 6601 · AOV Solar 4G PTZ
An auto-guarding PTZ ball for points with no power and no network: solar battery, 4G link and human tracking. It watches on its own, and when it detects a person it turns to follow, records at full frame rate and sounds a light-and-siren warning.
1080P · single-lens PTZ40 m · human detection50 ms · full-frame wake-upH.265+ · saves 4G dataSolar · 3.7 V battery + panel256 GB · TF card recording
One model on this page — single-lens 6601
AOV = always-on video at ultra-low power: the camera records around the clock at low frame rate, then switches to full-frame recording within 50 ms when a person is detected. That is what lets a battery + solar panel carry 24 h coverage.
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The Atlas 6601 is a single-lens solar PTZ ball built on a 4G low-power AOV module with a 0.5T-compute dual-core AI controller running embedded Linux. The pan-tilt head covers a point of interest with 6 presets, a guard position, position calibration and human tracking, so one camera can watch a gate, yard or perimeter on its own. The 1/3.2″ sensor encodes 1920×1080 (2 MP) at H.265+ and 15 fps, keeping both TF-card storage and 4G data low. Human detection reaches 40 m at a stated 99.88% accuracy; the camera records in low-power AOV mode and switches to full-frame recording within 50 ms of a detection, with a sound-and-light alarm through the dual-light board and four night modes (B/W, full-color, smart, starlight) plus ICR day/night switching. Power is a 3.7 V lithium battery charged by a solar panel at about 320 mA working current; recordings go to a TF card up to 256 GB (FAT32), with cloud storage available as a paid option. All-network 4G (LTE-FDD and LTE-TDD) auto-connects to the server on power-up with QR-code device adding, and triple drop-line protection with fault self-diagnosis keeps the link up and helps installers locate problems. The HiEasy app offers 17 interface languages.
Is this the right camera for your site?
Plain-language guide — based only on what this product actually does.
Farms, ranches & fieldsA single pole at a gate, feed store or livestock area far from any power line — the PTZ ball scans the yard, tracks anyone who enters and reports over 4G to your phone.
Construction sites & remote assetsMachinery yards, material stockpiles, towers and pump stations: human detection with sound-light warning turns and follows an intruder before anything goes missing.
Borders, forests & off-grid boundariesProperty lines, forest edges and remote boundary posts where trenching power and fiber is not an option — one solar PTZ unit watches a stretch of the line and follows movement.
Not the right pick if you need…
- Continuous full-frame 24/7 recording at high frame rate — a mains-powered PoE camera (see the Atlas H series) is the right tool
- A site that already has stable mains and Ethernet — wired PoE costs less and never depends on sunshine
- Wide multi-lens coverage of a whole yard from one head — the Atlas 9560 quad-lens or 9562 dual-lens solar cameras cover more angles
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Key Features
The complete series capability list.
Single-lens PTZ ball: pan-tilt with 6 presets, guard position, position calibration and human tracking
Human detection to 40 m at 99.88% stated accuracy — turns to follow and warns with sound and light
Low-power AOV recording; switches to full-frame recording within 50 ms of a human detection
H.265+ low-bitrate encoding at 1080P / 15 fps — saves TF storage, bandwidth and 4G data
All-network 4G (LTE-FDD + LTE-TDD); auto-connects to the server on power-up, QR-code device adding, data top-up & query
Triple drop-line protection plus fault self-diagnosis to help installers locate problems fast
Dual-light board with 4 night modes (B/W, full-color, smart, starlight) plus ICR day/night switching
Full-duplex two-way talk with external MIC and 8 Ω / 2 W speaker, optimized echo cancellation
Who uses it, where it goes and how to install it
Written for the Atlas 6601 solar 4G PTZ from its own specifications: 1080P single-lens pan-tilt ball, 40 m human detection and tracking, AOV recording with 50 ms switch to full frame, 3.7 V battery + solar panel, 4G LTE.
Who it is for
- Farms, ranches and plantations — A gate, pump or feed store far from any power line: the battery and panel replace mains, 4G replaces the internet line, and the pan-tilt head with 6 presets watches several spots from one pole.
- Construction sites and remote assets — Machinery yards, cable stock, towers and pump stations where cabling is temporary or impossible; on a human detection it turns to follow the person and fires the sound-and-light warning.
- Installers covering off-grid perimeters — One unit per stretch of fence or boundary post, no trenching: 4G auto-connects on power-up and the device is added by QR code, so commissioning on site is quick; triple drop-line protection and fault self-diagnosis help with remote support later.
Where and how to install
- Sun first, then the view — Choose a pole or wall where the solar panel gets direct sun from mid-morning to mid-afternoon with no shade from trees, roofs or the pole itself. The camera can face any direction; the panel must face the equator (south in the northern hemisphere, north in the southern) and stay clean.
- Height and detection range — Mount at about 3–4 m: high enough to be out of reach, low enough that a person at the 40 m detection limit is still a clear target. Set the guard position on the main approach so the ball returns there after tracking.
- 4G signal at the exact pole — Test the signal with a phone on the same carrier at the mounting height, not at the site office. Bands supported: LTE-FDD B1/B3/B5/B8 and LTE-TDD B34/B38/B39/B40/B41 (Asia version; EU and US versions with other bands are available). If you are unsure which bands your site uses, ask for our free remote band check before ordering.
- Keep the alarm zone clean — Every human detection wakes full-frame recording, tracking and the siren, which costs battery and 4G data. Do not aim the guard position at a public road or footpath; point it at your own gate, yard or fence line.
- Climate limits and the TF card — The stated operating range is −20 °C to 55 °C; on very hot sites keep the body out of a sun trap such as a metal wall. Fit a TF card of up to 256 GB formatted FAT32 before closing the unit, so it records locally from the first day.
Power, data and storage: planning figures
The page does not publish a lens focal length or view angle for the 6601, so this table works with what it does publish. Recording stays on the TF card, so 4G data is used mainly when you watch live or play back remotely. Battery capacity and panel size are not stated; the power rows only show what the stated working current means.
| 6601 · solar 4G PTZ | |
|---|---|
| Video | 1920×1080 (2 MP) · H.265+ · 15 fps |
| Human detection / switch to full frame | 40 m · 50 ms |
| Power at stated working current | ≈ 1.2 W (3.7 V × 320 mA) |
| Upper bound per 24 h if it drew working current all day | ≈ 28.4 Wh (≈ 7.7 Ah at 3.7 V) |
| Battery capacity and panel size | not stated — confirmed per order |
| 4G data per hour of live view | ≈ 61 MB (135 kbps) – ≈ 0.92 GB (2048 kbps) |
| 256 GB TF card, continuous recording | ≈ 11.6 days at 2048 kbps · ≈ 175 days at 135 kbps |
| LTE bands | Asia: FDD B1/B3/B5/B8 · TDD B34/B38/B39/B40/B41; EU: FDD B1/B3/B5/B7/B8/B20/B28; US: FDD B2/B4/B5/B7/B12/B13/B66/B41(38) |
| Operating temperature | −20 °C to 55 °C |
- Pick the 6601 solar when the point has neither power nor internet and one tracking head is enough; it follows a person up to 40 m.
- Need several fixed angles of one yard at the same time? Look at the Atlas 9560 quad-lens or 9562 dual-lens solar cameras instead.
- If mains power and Ethernet already reach the point, a wired PoE camera costs less and does not depend on sunshine.
Calculated from the page: power = 3.7 V × 320 mA; data = bitrate × time (1 GB = 1000 MB); card days = 256 GB ÷ (bitrate ÷ 8 × 86400 s). Real AOV draw and bitrate are usually below these limits, so treat them as worst-case planning values.
Full Specifications
Series specifications — technical values in English.
Values are series data from the manufacturer datasheet — confirm the final configuration with us before ordering.
System
| Model | 6601 — AOV single-lens solar 4G PTZ camera |
| Module | X25H (4G low-power AOV module) |
| Main processor | High-performance dual-core, 0.5T AI compute |
| Operating system | Embedded Linux |
Video
| Image sensor | 1/3.2″ CMOS |
| Video compression | H.265+ |
| System format | PAL 50 Hz / NTSC 60 Hz |
| Effective resolution | 1920×1080 (2 MP) |
| Frame rate | 15 fps |
| Video bitrate | 135–2048 kbps |
| Min. illumination | Day mode 1 Lux · Night mode 0.01 Lux |
| Day/Night | ICR auto switch |
| Night modes | B/W · Full-color · Smart · Starlight |
| Snapshot | Supported |
4G Network
| Network mode | All-network 4G |
| Asia / China version (standard) | LTE-FDD B1 / B3 / B5 / B8 · LTE-TDD B34 / B38 / B39 / B40 / B41 |
| EU version | LTE-FDD B1 / B3 / B5 / B7 / B8 / B20 / B28 |
| US version | LTE-FDD B2 / B4 / B5 / B7 / B12 / B13 / B66 / B41(38) |
| Latin America / Japan / Korea | Dedicated module versions, band list confirmed per order |
| Server connection | Auto-connect on power-up · QR-code device adding |
| Data top-up & query | Supported |
Audio
| Audio codec | G.711U |
| Audio input | External MIC, −42 dB |
| Audio output | External 8 Ω / MAX 2 W speaker |
| Voice call | Full-duplex two-way talk (echo cancellation) |
Recording & Alarm
| Recording modes | AOV recording · Human-triggered full-frame recording |
| Recording storage | TF card · cloud storage (paid option) |
| TF card capacity | Up to 256 GB (FAT32) |
| AI detection | Human detection to 40 m, 99.88% accuracy |
| Detection response | 50 ms switch to full-frame recording |
| Sound-light alarm | Supported (dual-light board) on human detection |
| Reliability | Triple drop-line protection · fault self-diagnosis |
PTZ & App
| Presets | 6 positions |
| Guard position | Supported |
| Position calibration | Supported |
| Tracking | Human tracking |
| Mobile app | HiEasy — 17 interface languages |
Power & Physical
| Power supply | 3.7 V lithium battery · solar panel charging |
| Working current | 320 mA ±10 mA |
| Operating environment | −20 °C to 55 °C |
| Mainboard size | 59.5 × 38.4 mm |
| Sensor board | 38 × 38 mm |
| Power board | 53 × 10.5 mm |
| ICR / lens hole pitch | 20 mm |
Engineering note: Solar power lives and dies by real site conditions. Tell us the installation region and which way the camera will face, and we will check whether the battery and panel size can carry it through cloudy and rainy days at your latitude. Cloud storage is an optional paid service — you do not need it: a TF card up to 256 GB records everything locally on its own.
Solar 4G PTZ Camera FAQ — Atlas 6601
Does the Atlas 6601 need a SIM card, and which 4G bands does it support?
Yes, it runs on a local data SIM — it is an all-network 4G camera. Supported bands are LTE-FDD B1/B3/B5/B8 and LTE-TDD B34/B38/B39/B40/B41 (Asia version; EU and US versions with other bands are available); check them against your carrier before ordering. It auto-connects to the server on power-up, and data top-up and query are done in the app.
Can it work on a site with no mains power and no internet line?
That is what it is built for. Power comes from a 3.7 V lithium battery recharged by a solar panel, working current about 320 mA. The only thing the site needs is 4G signal — no router, no cable run. Recordings go to a TF card up to 256 GB; cloud storage is a paid option.
How far can it detect people at night, and what night modes does it have?
AI human detection reaches 40 m at a stated 99.88% accuracy, day or night. Night-mode sensitivity is 0.01 Lux with ICR auto switching, and there are four night modes: black-and-white, full-color, smart and starlight. When a person appears, the camera switches to full-frame recording within 50 ms and can trigger a sound-light alarm.
Will the battery hold up through cloudy days on solar charging?
The design keeps drain low: AOV low-power recording idles between events and wakes to full-frame video within 50 ms of a human detection, with a working current around 320 mA. The solar panel recharges the 3.7 V lithium battery whenever there is usable daylight; actual endurance depends on your site's sun hours and how often the camera is triggered.
Does it support PTZ tracking, presets and two-way talk?
Yes. The pan-tilt head does human tracking, has 6 preset positions, a guard position it returns to, and position calibration. Audio is full-duplex two-way talk with echo cancellation, using an external mic and an 8-ohm 2 W speaker. Management runs through the HiEasy app with 17 interface languages.
Which way should the solar panel of the Atlas 6601 face, and at what tilt?
Face the panel toward the equator: south if the site is north of the equator, north if it is south of it. A tilt roughly equal to your latitude is the usual starting point, and a few degrees steeper helps rain wash off dust. Shade on even part of the panel cuts charging sharply, so check that no tree, wall or the pole itself shadows it during the middle of the day. The camera head can point in a different direction from the panel.
Can you check which 4G bands are used at my remote site before I order the Atlas 6601?
Yes, free of charge. Take an Android phone with the SIM you will use to the mounting point and start a WhatsApp video call with us; we guide you to read which 4G bands the phone is using there. We then compare them with the bands on this page: LTE-FDD B1/B3/B5/B8 and LTE-TDD B34/B38/B39/B40/B41 (Asia version; EU and US versions with other bands are available). Do the check at the real pole, because the band in use can differ from the one in town.
How much mobile data will the Atlas 6601 use per month?
It depends mostly on how long you watch, because recordings are saved on the TF card, not uploaded, unless you buy the optional cloud service. The bitrate range is 135–2048 kbps, which is about 61 MB to 0.92 GB per hour of live view or remote playback. Example: 10 minutes a day at 2048 kbps is about 154 MB a day, or about 4.6 GB per 30 days. Alerts and the connection itself add a little on top, so choose a data plan with some margin.
How long does a 256 GB card last in the Atlas 6601, and why does it say FAT32?
At the top bitrate of 2048 kbps all day, a 256 GB card holds about 11.6 days; at the lowest 135 kbps it would hold about 175 days, and AOV recording sits between the two, after which the oldest footage is normally overwritten. The page states the card must be FAT32. Most cards above 32 GB come formatted as exFAT, so format the card in the camera or app if it offers it, or on a PC with a FAT32 tool, before installing it on the pole.
Will animals, trees or passing cars set off false alarms on the Atlas 6601?
The alarm is triggered by human detection (stated 99.88% accuracy up to 40 m), so it reacts to people rather than to every moving pixel, but no detector is perfect. On a solar unit each false trigger also costs battery and data, because it wakes full-frame recording, tracking and the siren. Keep roads, footpaths and swaying branches out of the guard position, and watch the alert log for the first days to fine-tune the aim.
What happens if the Atlas 6601 battery runs flat after a long bad-weather spell?
The camera stops recording and goes offline until the panel has recharged the battery; footage already on the TF card stays there. The page states that 4G auto-connects to the server on power-up, so it comes back online by itself without a site visit. Low-battery behaviour and autonomy in hours are not listed on the page, so send us your region and panel orientation and we will check the battery and panel size for your site.
Which 4G version of the Atlas 6601 should I order for my country?
The 6601 is built with different 4G modules. Asia version: LTE-FDD B1/B3/B5/B8 + LTE-TDD B34/B38/B39/B40/B41, for example India, Pakistan, Bangladesh, Sri Lanka, Thailand and Jordan. EU version: LTE-FDD B1/B3/B5/B7/B8/B20/B28, for Europe, the Gulf states, Turkey, Egypt, most of Africa (Nigeria, Kenya, South Africa, Morocco, Ghana...), Central Asia, Australia, New Zealand, and Singapore, Malaysia, the Philippines, Indonesia and Vietnam, where B7/B28 are used. US version: LTE-FDD B2/B4/B5/B7/B12/B13/B66/B41(38), for the USA and Canada; Mexico, Brazil, Argentina, Chile, Peru, Colombia and the rest of Latin America take the Latin America version, and Japan and Korea have their own versions. Tell us the country and carrier when ordering; if in doubt, use our free remote band check first.
Will it work with my local 4G carrier?
It depends on the LTE bands your carrier uses at the installation site. Compare them with the bands in the specification table; where regional versions are offered (for example -LA for Latin America, -EU, -AS) they support different bands. If you are not sure, we offer a free remote check before you buy: take an Android phone with your local SIM card to the site, start a WhatsApp video call with us, and we will guide you step by step to read which 4G bands the network actually uses there.
Ordering questions — samples, shipping, payment, lead time and genuine stock — are answered once on our FAQ page.
Related Products
Atlas 9560 · AOV Quad-Lens Solar 4G
Quad-lens AOV solar sibling — four 1080P channels on one solar head.
Atlas 9562 · AOV Dual-Lens Solar 4G
Dual-lens AOV solar sibling — same platform, two lenses, lighter kit.
Solar + 4G Wireless Solution
How a solar + 4G surveillance system is engineered — full solution page.
Construction Site Security
Off-grid construction-site security — where a solar 4G PTZ fits in.
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