Intel M980NU manual

Page 1
Image 1
Contents Page Page M980NU Trademarks About this Manual Important Safety Instructions Instructions for Care and Operation Power Safety Battery Precautions Related Documents Contents Preface Introduction System Specifications System Specifications 1 Environmental Spec Top View External Locator Top View with LCD Panel OpenRight Side Views Front ViewsLeft Side View External Locator Left Side & Rear ViewRear View Bottom View External Locator Bottom ViewMainboard Top Key Parts Mainboard Overview Top Key PartsMainboard Bottom Key Parts Mainboard Overview Bottom Key PartsMainboard Top Connectors Mainboard Overview Top ConnectorsMainboard Overview Bottom Connectors Overview DisassemblyDisassembly Maintenance Precautions Disassembly Steps Battery Removal Removing the BatteryOptical Device Removal Removing the Optical CD/DVD DeviceRemoving the Hard Disk Drive HDD Assembly RemovalRemoving the Hard Disks in the Secondary HDD Bay Secondary HDD Assembly RemovalRAM Module Removal Removing the System Memory RAMArrows Figure f RAM Module Removal cont’dVGA Card Removal Removing the VGA Card1818 VGA Card Removal Cont’dVGA Card Installation Installing the VGA CardTV Tuner Card Removal Removing the TV Tuner CardAppendix a Part Lists Part List Illustration Location Part List Illustration LocationTop with Fingerprint Top with FingerprintTop without Fingerprint Top without FingerprintBottom BottomLCD Mainboard MainboardBlu-Ray Combo Blu-Ray ComboDVD Super Multi Part Lists Schematic Diagrams Appendix B Schematic DiagramsSheet 1 System Block Diagram System Block DiagramSheet 2 Sheet 3 Sheet 4 Sheet 5 Sheet 6 Sheet 7 MCP79 PCI-ESheet 8 MCP79 LAN, Panel MCP79 LAN, PanelSheet 9 Sheet 10 MCP79 SATA, USBSheet 11 MCP79 HDA, Misc MCP79 HDA, MiscSheet 12 MCP79 Power MCP79 PowerSheet 13 Sheet 14 DDR3 SO-DIMM0Sheet 15 DDR SO-DIMM1Sheet 16 Panel, Inverter Panel, Inverter, TPMSheet 17 HDMI, Fan Control HDMI, Fan ControlSheet 18 USB Sheet 19Sheet 20 KBC ITE IT8512-JSheet 21 PHY RTL8211CLSheet 22 Codec, Subwoofer Codec, Subwoofer, DmicSheet 23 Audio AMP Audio AMPSheet 24 Hdmi Switch Hdmi SwitchSheet 25 New Card, Mini New Card, Mini CardSheet 26 Card Reader IEEE1394 Card Reader, IeeeSheet 27 MXM 3.0 Master MXM 3.0 MasterSheet 28 MXM 3.0 Slave MXM 3.0 SlaveSheet 29 MB to Small B‘d Connector a MB to Small B’d Connector aSheet 30 MB to Small B‘d Connector B MB to Small B’d Connector BSheet 31 Power System Power SystemSheet 32 Power VCore Power VCoreSheet 33 PWR 1.05V, Screw Hole PWR 1.05V, Screw HoleSheet 34 Power 1.5V/0.75V Power 1.5V/0.75VSheet 35 Power 1.0VS Power 1.0VSSheet 36 Power 3.3V/5V Power 3.3V/5VSheet 37 Power Charger DC-In Power Charger, DC-InSheet 38 Single HDD Board Single HDD BoardSheet 39 Dual HDD Board Dual HDD BoardSheet 40 Audio Board Audio BoardSheet 41 Power Button Board Power Button BoardSheet 42 Click & FP Board Click & FP BoardSheet 43 Logo LED Board Logo LED BoardSheet 44 Game Key Board Game Key BoardSheet 45 TouchPad LED Board TouchPad LED BoardSheet 46 Front R Side LED Board Front R Side LED BoardSheet 47 Front L Side LED Board Front L Side LED BoardSheet 48 Back L Side LED Board Back L Side LED BoardSheet 49 Touch Sensor Board a Touch Sensor Board aSheet 50 Touch Sensor Board B Touch Sensor Board BCIR Board CIR BoardSheet 52 Finger Board Finger BoardSheet 53 PWR on SEQ Diagram PWR on SEQ Diagram

M980NU specifications

The Intel M980NU is a powerful and innovative mobile processor designed to meet the high demands of modern computing. As part of Intel's latest line of processors geared towards laptops and ultraportable devices, the M980NU stands out for its impressive performance characteristics and energy efficiency.

One of the key features of the M980NU is its architecture, which is based on Intel's advanced 10nm process technology. This fabrication technology not only enhances performance but also significantly reduces power consumption, making it suitable for battery-operated devices. The processor integrates several cores, offering robust multitasking capabilities. With a multi-core setup, users can run multiple applications simultaneously without experiencing lag, which is particularly beneficial for demanding users such as gamers and content creators.

The M980NU supports Intel's Turbo Boost Technology, enabling the processor to dynamically increase its clock speed during intensive tasks. This feature allows the processor to deliver maximum performance on demand while still maintaining energy efficiency during lighter workloads. The result is a balanced performance profile that adapts to user needs in real-time.

In terms of graphics, the M980NU features Intel’s integrated Iris Xe Graphics. This powerful GPU offers enhanced visual performance for gaming and creative applications, allowing users to enjoy high-quality graphics without the need for a separate dedicated graphics card. The Iris Xe Graphics also supports multiple display outputs, making it ideal for professionals who require multitasking with multiple monitors.

Furthermore, the M980NU incorporates Intel's AI technologies, which enhance various aspects of computing. These technologies enable improved performance in applications that utilize artificial intelligence for tasks such as photo editing, video processing, and machine learning. The integration of AI capabilities allows for smoother operation and faster processing times.

The security features of the M980NU also deserve mention. It includes hardware-based security functions, such as Intel Hardware Shield, which protects against various malware and BIOS attacks. This built-in security framework helps safeguard sensitive data, further enhancing user safety.

Connectivity is another strong suit of the M980NU. It supports Thunderbolt 4 technology, providing high-speed data transfer and versatility in connectivity options. This feature allows users to connect a range of peripherals, including external storage devices, displays, and docking stations, ensuring a comprehensive computing experience.

In summary, the Intel M980NU mobile processor is a cutting-edge solution for users requiring high performance, energy efficiency, and advanced graphics capabilities. Its robust features, coupled with innovative technologies, make it a prime choice for anyone seeking powerful computing in a portable format.