AXIS M32 SERIES · NDAA & TAA COMPLIANT
Cost-Efficient Surveillance with Native Deep Learning Capabilities
The AXIS M3215-LVE provides an exceptionally robust, cost-effective surveillance framework designed for multi-site deployment across commercial locations, logistics yards, and education sectors. Delivering 2MP Full HD resolution at a smooth 30 frames per second, this outdoor-ready dome camera is engineered to balance superior cost-to-performance layout ratios with advanced edge-based intelligence. Its hardened, tamper-proof architecture excels at safeguarding perimeters, high-traffic corridors, and vehicle collection lanes where absolute situational monitoring is mandatory.
Resolution
2MP (1080p HDTV)
Optics
Varifocal / Remote Focus
Night Vision
OptimizedIR 30m (98ft)
Protection
IK10 Vandal / IP66 Rated
Advanced Hardware Intelligence and Cybersecurity Compliance
Built upon an advanced System on Chip (SoC), the AXIS M3215-LVE incorporates a dedicated Deep Learning Processing Unit (DLPU) that drives sophisticated edge analytics without sacrificing processing bandwidth. Intelligent functionalities like AXIS Object Analytics classify humans and vehicle types in real time, dramatically mitigating false-positive triggers. To defend vital network architecture, the integrated Axis Edge Vault platform implements hardware-based cryptographic operations including FIPS 140-3 Level 3 certified secure key storage, secure boot sequences, and signed firmware protocols.
Edge-Based Deep Learning Analytics
By running AI models natively on the edge via its DLPU, the camera processes data instantly to distinguish between humans, cars, trucks, and cyclists. This reduces dependence on centralized server infrastructure while speeding up forensic search workflows within your Video Management Software (VMS).
Lightfinder and Forensic WDR Integration
AXIS Forensic WDR balances intense, high-contrast lighting to reveal details in both extreme highlight and deep shadow regions simultaneously. For extreme low-light environments, Lightfinder technology extracts full-color structural clarity down to negligible lux levels prior to shifting into infrared mode.
Technical Specification Matrix
| Camera Model |
AXIS M3215-LVE |
| Image Sensor |
1/2.8" Progressive Scan RGB CMOS |
| Maximum Resolution |
1920 x 1080 (2 Megapixel / 1080p HD) |
| Frame Rate |
Up to 30 frames per second with Forensic WDR enabled |
| Lens Properties |
Varifocal, 3.2 to 10 mm, F1.6, Remote Focus & Zoom |
| Field of View |
Horizontal: 101° to 31°, Vertical: 54° to 17° |
| Video Compression |
H.264 (Main and High), H.265 (HEVC), Axis Zipstream Technology |
| Cybersecurity Hardware |
Axis Edge Vault, Secure Keystore, Secure Boot, Signed OS |
| Environmental Ratings |
IP66 Weatherproof, IK10 Vandal-Resistant, NEMA 4X |
| Power Over Ethernet |
PoE IEEE 802.3af/at Type 1 Class 3 (Maximum 11.2W) |
Frequently Asked Questions
Does the AXIS M3215-LVE require an external server for AI object analytics?
No. Thanks to its integrated Deep Learning Processing Unit (DLPU), all classification, tracking, and object analytics are completed on-board the edge hardware, saving considerable server infrastructure cost and reducing network bandwidth overhead.
Is this model fully compliant with national security purchasing requirements?
Yes. The AXIS M3215-LVE is both NDAA and TAA compliant, making it structurally qualified for installation within government contracts, defense frameworks, and highly regulated institutional network environments.
What is the primary operational advantage of a remote focus varifocal lens?
The varifocal lens enables installers to adjust the field of view over the network. Once physical installation is complete, the focus can be fine-tuned digitally through the web interface, eliminating manual focus tracking on ladders or scissor lifts.
How does Axis Zipstream technology optimize storage configurations?
Axis Zipstream examines the video matrix in real time to isolate moving parts, faces, and critical details. It applies high compression exclusively to static background areas, reducing total network storage and system bandwidth needs by 50% or more without degrading essential forensic clarity.
