IP Cameras › Atlas 9936

Atlas 9936 5MP PoE dual-light bullet camera

AtlasH Series · PoE Dual-Light AI

5 MP PoE AI Bullet Camera · Human & Vehicle Detection · Dual-Light

Atlas 9936 · 5MP PoE AI Bullet

Name: Atlas 9936
Brand: Atlas
SKU: 9936

The Atlas 9936 is a wired 5 MP bullet on the H4P AI platform — dual-light imaging, a 1T NPU running human and vehicle detection on the camera itself, and standard ONVIF/GB28181 access to any third-party NVR. Built for walls, poles and perimeters.

5MP@30fps · main stream1T NPU · on-camera AIHuman+Vehicle · detectionPoE · 1236/4578 auto-sensingONVIF · + GB28181 accessIP67 · outdoor housing

One model on this page — 9936 bullet

Same H4P platform, analytics and network stack as the 9632 turret and the 9836 bullet — choose the 9936 for walls, poles and perimeters; if you need 8 MP (4K), see the 9836 under Related Products.

✓ Project-level customization & OEM supported

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Lead time · In stock: at your forwarder’s China warehouse 3 days after payment · Not in stock: 7–15 working days · Then air 5–10 days / sea 25–45 days to your port

Terms · Sample orders welcome · Quotation / PI fixes models, prices, Incoterms (EXW or FOB, each quoted separately), lead time and T/T payment · Defective units: free spare units agreed per order (quantity depends on order size) and written into the quotation · Warranty: up to 5 years on Zhongxin Shutong industrial switches, manufacturer warranty on other brands · Full terms, warranty & RMA

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5 MP2880×1620 @30fps main stream

1TNPU — AI models on the camera

IP67outdoor-rated housing

0–50°Coperating range

The Atlas 9936 is a wired PoE bullet camera on the H4P mainboard — the same platform as the 9632 turret and the 9836 bullet. A 1/3″ CMOS delivers a 5 MP (2880×1620) main stream at 30 fps with dual-stream output and H.264/H.265/H.265+ encoding. Night imaging offers black-light full color, smart dual-light and IR modes, with smart light control that keeps faces from overexposing. The on-chip 1T NPU runs the AI models locally: human and vehicle detection extend into e-fence, tripwire (A→B, B→A, A↔B), absence detection and people counting with daily statistics on the OSD. Alarms can play custom-recorded or text-to-speech voice, drive an IO output such as a red-blue strobe, and link an NVR for full-screen pop-up, AI recording and push. Access is standard: ONVIF, private protocol and CGI, plus GB28181, with a built-in WEB 2.0 interface for Edge, Chrome, Safari and Firefox and EasyVMS as the PC client. Power is DC 12 V or PoE with 1236/4578 auto-sensing; the camera is rated for 0 °C to +50 °C, and the finished housing is IP67-rated for outdoor duty. For projects needing 4K detail, the 9836 can be built on the 8 MP H8P board (1/2.5″ CMOS, 3840×2160 @30 fps).

Is this the right camera for your site?

Plain-language guide — based only on what this product actually does.

Shops & retail countersPeople counting with daily statistics on screen, plus voice alerts at the door — one camera doubles as a greeter and a guard.

Warehouse & factory perimetersE-fence and tripwire with human/vehicle filtering cut the false alarms that leaves and stray dogs cause on pixel-based systems.

Compounds on an NVRONVIF, GB28181, private protocol and CGI: these drop into an existing third-party NVR wall, with alarm linkage for pop-up and AI recording.

Not the right pick if you need…

A site with no mains power and no network — the solar 4G models 9560 / 9562 are built exactly for that
Motorized pan-tilt patrol over a large open area — pick a PTZ camera line instead
Simple entry-level viewing with no analytics — a basic dual-light bullet costs less and does that job

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Key Features

The complete series capability list.

Smart light control: detection-driven exposure keeps faces readable at night, not blown out

1T NPU with on-device AI models — human and vehicle detection without a server

E-fence, tripwire (A→B/B→A/A↔B), absence detection and people counting built in

Voice alarm with custom recordings and text-to-speech; IO output can drive a red-blue strobe

PoE with 1236/4578 auto-sensing, or DC 12 V — wiring mistakes stop mattering

ONVIF, private protocol, CGI and GB28181 — plugs into third-party NVRs and platforms

Built-in WEB 2.0 pages for Edge, Chrome, Safari and Firefox — no IE plugins; EasyVMS PC client

Two-way audio with built-in amplifier, audio-video sync; OSD with multi-language overlay and drag positioning

IP67-rated outdoor housing

Who uses it, where it goes and how to install it

Written for the Atlas 9936 PoE AI bullet from its own specifications: 5 MP (2880×1620) at 30 fps, dual-light night modes, 1T NPU human and vehicle detection with e-fence, tripwire and absence detection, IO output for a strobe, ONVIF and GB28181, PoE or DC 12 V, IP67.

Who it is for

Factory and warehouse perimeters — Bullets mounted along walls and fences, with e-fence and tripwire filtered to humans and vehicles, and a red-blue strobe on the IO output to warn off an intruder before the guard arrives.
Parking lots and truck yards — Vehicle detection separates cars and trucks from people, so after-hours rules can alarm on any person but only on vehicles crossing a set line.
Gatehouses and guard posts — Absence detection can flag when a post is left unattended, alongside normal recording of the gate.
Integrators on third-party NVRs and platforms — ONVIF, private protocol, CGI and GB28181 access, so a run of 9936 bullets can join an existing recorder or platform; OEM and project customization are offered.

Where and how to install

Look along the fence, not across it — Mount each bullet inside the fence at about 2.5–3.5 m, aimed along the fence line, so a climber crosses the image clearly. Space cameras so each one also sees the base of the next pole, which covers the blind zone right under it.
Draw zones away from moving plants — Keep the e-fence zone on the ground inside the fence, clear of hedges, flags and trees; trim vegetation along the line. Human/vehicle filtering removes most leaf and animal alarms, but a branch right in front of the lens still causes trouble at night.
Poles: surge and earthing — On metal poles and long outdoor cable runs, fit a surge protector at the camera end and at the switch, and earth the pole. Keep the RJ45 and DC 12 V tail in a sealed junction box on the pole; the housing itself is IP67.
Long fences: plan beyond 100 m — Copper Ethernet stops at 100 m per run. For distant fence sections, put an outdoor PoE switch in a cabinet near the cameras and link it back by fibre, or use a PoE extender; do not stretch one cable past the limit.
Strobe wiring on the IO output — Mount the red-blue strobe where an intruder sees it but where it does not flash into the lens. The page gives no electrical rating for the IO output, so drive the strobe through a relay with its own power supply unless we confirm direct drive.

Perimeter planning table for 9936 cameras

The 9936 specifications give the lens (4 mm, 90°) but no light distance, bitrate or power draw, so this table sizes the NVR, switch and uplink for a run of cameras. It assumes 4 Mbps per camera (5 MP main stream, H.265, recorded 24 h a day) and reserves the 802.3af maximum per PoE port.

	4 × 9936	8 × 9936	16 × 9936
Disk for 14 days at 4 Mbps	2.4 TB	4.8 TB	9.7 TB
Disk for 30 days at 4 Mbps	5.2 TB	10.4 TB	20.7 TB
NVR incoming bandwidth	16 Mbps	32 Mbps	64 Mbps
Share of a 100 Mbps uplink	16%	32%	64%
PoE budget reserving 15.4 W per port	61.6 W	123.2 W	246.4 W

Up to 8 cameras fit comfortably on a 100 Mbps uplink at 4 Mbps each; for 16 cameras use a Gigabit uplink, because 64 Mbps leaves little headroom for live viewing and playback.
A 16-camera perimeter kept for 30 days needs about 20.7 TB; if that is too much, record continuously for 14 days (about 9.7 TB) and keep AI events longer.
The 15.4 W per port reserve is a safe planning figure, not a measured draw; ask us for the real figure before choosing a switch with a tight PoE budget.

Storage = bitrate ÷ 8 × 86400 s × days × cameras (1 TB = 1000 GB). 4 Mbps is an assumption; the page lists no bitrate. 15.4 W is the IEEE 802.3af per-port maximum at the switch; 100 m is the copper Ethernet limit per run.

Full Specifications

Series specifications — technical values in English.

Values are series data from the manufacturer datasheet — confirm the final configuration with us before ordering.

Imaging & AI — H4P platform

Housing type	Bullet
AI platform	H4P mainboard — 1T NPU, on-device AI models
Image sensor	1/3″ CMOS
Lens	4 mm · F1.4 · 90° field of view
Main stream	5MP(2880×1620)@30FPS / 4MP(2560×1440) / 3MP(2304×1296) / 2MP(1920×1080)
Sub stream	448P(800×448) / 360P(640×360) / CIF(352×288)
Compression	H.264 · H.265 · H.265+
Day/Night modes	Black-light full color · Smart dual-light · IR — smart light control, faces not overexposed
Smart detection	Human detection · Vehicle detection
Smart applications	E-fence · Tripwire (A→B / B→A / A↔B) · Absence detection · People counting (daily stats, OSD overlay)
Alarm	Voice broadcast (custom recording) · IO output with red-blue light linkage · NVR linkage: full screen, local voice, AI recording, push
Image adjustment	Auto white balance · DWDR · BLC · brightness/contrast/hue adjustable
Privacy & OSD	Privacy mask · Mirror · OSD setting with drag positioning

Network

Ethernet	RJ-45 10M/100M adaptive
Protocols	ONVIF, P2P, CGI, HTTP, TCP/IP, IPv4, RTSP, UDP, NTP, DHCP, DNS, GB28181
Access protocols	ONVIF / private protocol / CGI
Client	NVR central management · EasyVMS PC client
Web interface	Built-in WEB 2.0 — Edge, Chrome, Safari, Firefox (non-IE)

Audio

Audio codec	G.711U · G.711A
Audio input	Supported (−36 dB MIC recommended)
Audio output	Supported, built-in amplifier (8 Ω 2 W recommended)
Two-way talk	Supported — audio and video in sync

General

Board size	38×53 mm, 38×38 mm hole pitch
Housing size / weight	98×98×202 mm · approx. 376 g · white
Operating environment	0 °C to +50 °C · IP67 housing
Power	DC 12 V / PoE — 1236/4578 auto-sensing
Packing	In the box: camera, certificate of conformity · color box 230×130×120 mm, 0.478 kg gross · carton: 40 pcs, 540×475×625 mm, 20.5 kg gross

Engineering note: This is a wired camera: budget your PoE switch power and keep each cable run under 100 m. Tell us your camera count, NVR brand and how much detail you actually need — we will confirm ONVIF/GB28181 integration and storage sizing.

PoE AI Camera FAQ — Atlas 9936

How does the 9936 differ from the 9632 and 9836?

All three share the H4P AI platform — 1T NPU, 5MP (2880x1620) at 30 fps, same network, audio and power specs. The 9936 is the standard bullet; the 9632 is a turret for ceilings, and the 9836 is a bullet with a light panel that can also take the 8MP H8P board.

Do they work with third-party NVRs — ONVIF, GB28181?

Yes. Access is via ONVIF, private protocol or CGI, and the protocol stack also covers GB28181, RTSP, P2P, HTTP and NTP. Management options include NVR central management, the EasyVMS PC client and a built-in WEB 2.0 interface for Edge, Chrome, Safari and Firefox — no IE dependency.

How are they powered — PoE or 12 V?

Both: DC 12 V or PoE with 1236/4578 auto-sensing, so the camera adapts to either wiring pattern on the PoE pair. Over PoE a single Ethernet cable carries power and video from the switch. The 10M/100M adaptive RJ-45 port handles the network side, and operation is rated 0 °C to +50 °C.

What AI runs on the camera itself?

The 1T NPU runs the models on-device: human and vehicle detection, e-fence, tripwire in A-to-B, B-to-A or both directions, absence detection, and people counting with daily statistics overlaid on the OSD. Alarms link to custom voice broadcast, an IO output with red-blue light, and NVR-side full screen and voice.

Can they show color at night without blinding people?

Yes — three night schemes: black-light full color, smart dual-light and IR, all under smart light control tuned so faces are not overexposed. Image tools include auto white balance, DWDR, BLC and adjustable brightness, contrast and hue, and two-way talk stays in sync with the video.

How do I set up the Atlas 9936 e-fence on a perimeter without constant false alarms?

Set the target to human (add vehicle only where vehicles matter), draw the zone on the ground just inside the fence rather than over the fence top or the street outside, and keep trees and hedges out of it. For a line, use tripwire with a direction (A→B from outside to inside) so people walking along the inside do not trigger it. Test at night with someone walking and climbing at the far end of the zone, because that is where a person is smallest in the picture and detection is weakest.

My fence runs more than 100 m from the switch — how do I connect the far Atlas 9936 cameras?

Do not run a single copper cable past 100 m; video and PoE both become unreliable. The usual answer is a small outdoor PoE switch in a weatherproof cabinet near the far cameras, linked back by fibre, with power at the cabinet; a PoE extender is fine for one or two cameras. Because the 9936 also accepts DC 12 V, a camera next to an existing power point can be fed locally and only the network needs to reach it.

What can I connect to the IO output of the Atlas 9936 — a strobe, a siren?

The page lists IO output with red-blue light linkage, so a strobe triggered by an AI alarm is the intended use, and the same output can switch a siren or another alarm device. It gives no voltage or current rating for that output, so drive the device through a relay with its own supply unless we confirm it can be driven directly. Combine it with the voice broadcast (custom recording or text-to-speech) for a clear warning before anyone reaches the fence.

What does absence detection on the Atlas 9936 do, and where is it useful?

It watches a zone where a person is supposed to be, such as a gatehouse window, a guard post or a machine operator's position, and raises an alarm when nobody is detected there. It uses the same on-camera human detection as the e-fence, so draw the zone tightly around the post and make sure the person is clearly visible in it, not hidden behind a desk or glass reflections. Test it during a shift change before relying on it.

How much NVR storage do I need for a perimeter of Atlas 9936 cameras?

The page lists no bitrate, so plan with an assumption and check it after setup: at 4 Mbps per camera in H.265, each 9936 records about 43.2 GB a day, so 8 cameras need about 10.4 TB for 30 days and 16 cameras about 20.7 TB. Lowering the bitrate with H.265+ on quiet scenes, or keeping continuous video for 14 days and AI events longer, cuts that substantially. Check the real bitrate in the NVR after a day and a night, because night scenes and rain change it.

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