Honeywell Video Systems HD3MDIHX indoor fixed mini-dome network camera

Technical Specification

Features:
  • Make: Honeywell Security
  • Model code: HD3MDIHX
  • Chip Inch Size: 1/4 inch
  • Colour Type: Colour / Monochrome
  • HD: Yes
Additional info:

Honeywell's latest addition to the EQUIP Series of IP-based products, the HD3MDIHX is a high definition, True Day/Night indoor fixed mini-dome network camera engineered to provide extremely crisp images at minimal bandwidth. The HD3MDIHX provides 720p resolution at full frame rate. Progressive scan technology and 2D edge enhancement provide outstanding clarity and definition. Digital Noise Reduction results in significant storage savings without sacrificing image quality in low light. 

Make Honeywell Security
Manufacturer Honeywell
Model code HD3MDIHX
Chip Inch Size 1/4 inch
Colour Type Colour / Monochrome
HD Yes
Dome Type Continuous Rotation
Sensitivity lux 0.09
Digital (DSP) Yes
Indoor/Outdoor Indoor
Mount Type Pendant, Wall mount
Electrical Specifications Voltage: 24 V AC
Power Consumption: 3.5 W
Focal length 3.3 ~ 12
Rotation Angleso 360 pan, 180 tilt
Compression H.264, MJPEG
Auto Gain Control Yes
White Balance Yes
Electronic Shutter range 1/60 ~ 1/24,500
S/ N (Signal/ Noise) Ratio dB 50
Signal Mode NTSC, PAL
Built-in IR LED Yes
Video Output 1.0 Vp-p @ 75 Ohms
Network Properties Network Protocols: HTTP, TCP, RTSP, RTP, UDP, ARP, DNS, RTCP, FTP, ICMP, DHCP, Bonjour, IGMP, Telnet
Image Frame Rate: 30 fps
Physical Specifications Dimensions mm: 124 x 125 x 47
Weight g: 448
Environmental Specifications Operating Temp oC: -10 ~ +50
Operating Humidity %: 0 ~ 85
Additional info

Honeywell's latest addition to the EQUIP Series of IP-based products, the HD3MDIHX is a high definition, True Day/Night indoor fixed mini-dome network camera engineered to provide extremely crisp images at minimal bandwidth. The HD3MDIHX provides 720p resolution at full frame rate. Progressive scan technology and 2D edge enhancement provide outstanding clarity and definition. Digital Noise Reduction results in significant storage savings without sacrificing image quality in low light. 

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