HP EliteBook 840 G8 – Premium 11th Gen Business Ultrabook

• Processor: 11TH GENERATION Intel®️ Core™️ i7-1165G7
  • Quad-Core (8 CPUs) with a massive speed boost, clocking from 2.8GHz up to 4.7GHz.
  • This processor features the advanced Intel Iris Xe Graphics, delivering a significant performance boost for video editing, photo work, and even light to moderate gaming, far surpassing previous integrated graphics.
• Memory & Storage:
  • 16GB DDR4 RAM: High-speed memory ensures effortless multitasking and smooth operation even with demanding professional software.
  • 512GB NVMe SSD: Offers lightning-fast system boot-up, instantaneous application launch times, and rapid file transfers.

✨ Design, Display, & Portability

Display: 14-inch FHD (1920 x 1080) IPS Display

• • The IPS panel ensures wide viewing angles and consistent colors, perfect for collaboration and presentations.

    Sleek design with narrow bezels (high screen-to-body ratio).

• Chassis: Fairly used from USA. Built with a premium, durable, and thin aluminum chassis (typically starting at just 1.32 kg), making it extremely easy to carry.
• Year Model: 2020 (Launched near the end of the year, making it one of the first models with the powerful 11th Gen Tiger Lake architecture).

🔒 Enterprise-Grade Security & Features

• Biometric Security:
  • Face Recognition ID (via HP True Vision HD IR Camera) for seamless Windows Hello login.
  • Fingerprint Sensor for secure, one-touch access.
• Input: Features a comfortable, spill-resistant Backlit Keyboard for uninterrupted work in low-light environments.

  Audio: Audio is often custom-tuned by Bang & Olufsen with HP’s AI-based audio features for crystal-clear conferencing and media.

🌐 Next-Gen Connectivity

• Thunderbolt™ 4/USB-C: Equipped with Thunderbolt ports for blazing-fast data transfer, support for multiple external 4K displays, and universal charging.
• HDMI: Dedicated HDMI port for easy connection to projectors or external monitors.
• Features Wi-Fi 6 (Intel AX201) for faster, more reliable wireless connections in dense environments.