Nokia N95
Full factory technical datasheet and laboratory hardware reference for the Nokia N95, featuring the Texas Instruments OMAP 2420 (330 MHz ARM1136), a 2.6" TFT Display (16 million colors, ambient light sensor) panel, and a 5MP optical camera system.
Hardware Engineering Overview: Nokia N95
The Nokia N95 is a high-performance mobile computing device engineered around the Texas Instruments OMAP 2420 (330 MHz ARM1136) (1-core 332 MHz ARM11, PowerVR MBX 2D/3D hardware accelerator). It features a 2.6" TFT Display (16 million colors, ambient light sensor) at 240 × 320 px (154 ppi QVGA) with 60Hz refresh rate and up to 250 nits peak brightness. Optics include a 5 MP 1/2.5" Carl Zeiss Tessar optics (Autofocus, Mechanical Shutter, LED flash) primary sensor with electronic stabilization paired with 1x zoom, powered by a 950 mAh battery with 2W wired fast charging.
- Compute & Processing Architecture
- Texas Instruments OMAP 2420 (330 MHz ARM1136) equipped with 1-core 332 MHz ARM11 and PowerVR MBX 2D/3D hardware accelerator. Runs Symbian OS 9.2 (S60 3rd Edition Feature Pack 1) with Security Code.
- Display & Luminescence Benchmarks
- 2.6" TFT Display (16 million colors, ambient light sensor) panel delivering 240 × 320 px (154 ppi QVGA) (4:3) at 60Hz and 250 nits peak luminance.
- Optics & Cinema Video Recording
- 5 MP 1/2.5" Carl Zeiss Tessar optics (Autofocus, Mechanical Shutter, LED flash) sensor (f/2.8) with 1x. Video capture: VGA (640 × 480 px) at 30 fps DVD-quality video.
- Battery, Power & Build Metallurgy
- 950 mAh battery with 2W wired fast charging. Chassis: Two-way sliding mechanism (numeric keypad downwards, dedicated multimedia playback controls upwards), built-in GPS receiver with None.
Complete Factory Specification Matrix
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Platform & Compute Architecture
System-on-Chip node fabrication, CPU core topology, and neural compute acceleration
Display & Visual Engineering
Panel luminescence, adaptive refresh dynamics, color bit depth, and glass protection
Camera Array & Computational Optics
Sensor format, physical aperture, optical stabilization, and cinema video pipeline
Battery & Power Dynamics
Cell chemical capacity, wired power delivery protocol, and wireless charging
Chassis, Structural Build & Durability
Frame metallurgy, structural ingress protection, and physical dimensions
Connectivity, Ports & Operating System
Launch firmware version, physical I/O connectors, cellular generations, and biometrics
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