CES 2026: The Most Exciting Tech Innovations for IT Professionals

8 min. read

CES 2026 in Las Vegas delivered: rollable laptop displays, WiFi 8, AI accelerators built into keyboards, and SSDs pushing past 7,000 MB/s. But which of these actually matters to IT decision-makers and tech teams? A rundown of the products set to change day-to-day work – and the trends you can safely ignore.

The Key Takeaways

• Dell has completely redesigned the XPS lineup with the XPS 14 and XPS 16: Intel Core Ultra Series 3, tandem OLED displays, and significantly longer battery life.
• ASUS debuts the Zenbook Duo with two 14-inch 3K OLED touchscreens in a single device, fundamentally rethinking mobile multitasking.
• AMD introduces the Ryzen AI 400 series, positioning AI acceleration from the workstation all the way to the edge device.
• The first WiFi 8 routers promise more stable performance over longer distances and improved communication with IoT devices.
• SanDisk launches the Optimus SSD lineup reaching up to 7,250 MB/s over PCIe 4.0. HP packs a complete AI PC into a keyboard.

Laptops: Dell XPS Returns, ASUS Bets on Dual-Screen

Dell used CES to relaunch the XPS lineup. The XPS 14 and XPS 16 arrive with Intel’s Core Ultra Series 3 processors, tandem OLED displays, and a fully redesigned aluminum chassis. Relevant for developer teams: the combination of long battery life and capable NPUs for local AI inference makes these serious machines for working on the move. Dell promises up to 26 hours of runtime on the XPS 16 and has integrated Thunderbolt 5 support, bundling external GPU docks and fast storage connectivity into a single cable.

ASUS takes a different approach. The Zenbook Duo 2026 combines two 14-inch 3K OLED touchscreens in a single device. One project on one display, Slack and documentation on the other. It sounds like a niche product – but it solves a real problem: anyone who regularly switches between IDE, terminal, and communication tools loses measurable productivity on a single screen. The two displays connect magnetically and can be used as one large 21-inch panel. For architecture reviews or dashboard work on the road, it’s a compelling option.

Samsung unveiled the Galaxy Book 6 family, built on Intel’s Panther Lake chips. Thinner, better thermals, longer battery life. The devices target enterprise fleets and can be managed via Samsung Knox, which offers zero-touch enrollment, remote wipe, and granular policy control. For IT departments rolling out standardized hardware across hundreds of workstations, it’s a relevant alternative to Lenovo ThinkPad and Dell Latitude.

Acer rounds out the laptop field with the Swift 16 AI and the Predator Helios Neo 16S AI, both running Intel Core Ultra Series 3. The Swift targets productive knowledge workers; the Predator goes after power users who want local AI workloads paired with gaming-grade performance. Both carry Microsoft’s Copilot+ certification, guaranteeing a minimum performance threshold from the integrated NPU.

Form Factor Experiments: Rollable Displays and AI in the Keyboard

Lenovo presented the most eye-catching device at the show with the Legion Pro Rollable: a gaming laptop featuring a flexible OLED panel that expands from 16 to 21.5–or even 23.8 inches–via a keyboard shortcut. Sounds like a gimmick, but the use case for IT professionals is clear: a portable device that transforms into a full desktop replacement at the desk. The real questions are about durability and price. Lenovo hasn’t shared any details on those yet.

HP is taking a completely different approach. The EliteBoard G1a is a full-fledged AI PC built directly into a keyboard. Equipped with an AMD Ryzen AI 300 processor, up to 64 GB RAM, up to 2 TB storage, stereo speakers, and support for two 4K displays, it’s a logical answer to how little space a complete workstation really needs–ideal for thin-client setups, kiosk systems, or clean-desk concepts. This form factor eliminates the chassis entirely. Power, peripherals, and network connect through a single USB-C hub. Whether enterprise IT departments are ready to swap their desktop towers for a keyboard remains to be seen.

AI Hardware: AMD Bets on NPUs from Data Center to Edge

In Las Vegas, AMD unveiled the Ryzen AI 400 series. The new processors feature dedicated Neural Processing Units (NPUs) that enable local AI inference without cloud connectivity. For IT teams, this means tasks like code completion, on-device speech recognition, or document analysis can run directly on the endpoint. No latency, no data in the cloud, and no recurring API costs.

At the same time, AMD showcased the MI440X GPU for enterprise workloads. Together with the Ryzen AI Halo developer platform, it creates a seamless ecosystem spanning from workstations to data centers. Intel is countering with its Core Ultra Series 3 processors, now found in nearly all new laptops from Dell, Samsung, and ASUS. The race for the best NPU performance per watt will shape corporate hardware purchasing decisions in 2026.

Microsoft is supporting this hardware shift with its Copilot+ initiative. Any laptop bearing the Copilot+ badge must deliver a minimum NPU performance of 40 TOPS (Tera Operations Per Second). This sets a quality benchmark that simplifies comparisons for IT buyers. At the same time, it tightens integration with the Windows ecosystem. Users opting for Linux workstations can still benefit from NPU hardware, but must handle software integration themselves. Frameworks like ONNX Runtime and OpenVINO offer bridges, but they’re not yet as seamlessly integrated as Microsoft’s native Copilot interfaces. For heterogeneous IT environments, this remains a key factor in procurement decisions.

Peripherals: SSDs, Smart Keyboards, and Self-Charging Mice

SanDisk launched a new generation of SSDs under its Optimus brand. The GX 7100M delivers speeds up to 7,250 MB/s over PCIe 4.0. For developers building large container images or processing ML datasets locally, this speed makes a tangible difference in daily workflows. Positioned between consumer SSDs and enterprise NVMe drives, the Optimus series appeals to power users and small teams who don’t need server-grade hardware.

In keyboards, Cherry is adopting the new TMR technology (Tunneling Magnetoresistance) for gaming keyboards. TMR enables analog input detection per key. Instead of registering each keystroke as a simple on/off signal, it captures pressure levels across a scale. While less relevant for developers than gamers, the underlying tech could enable adaptive keyboard layouts where keys respond contextually.

Corsair is launching the Galleon 100 SD, a keyboard with a built-in Elgato Stream Deck and 8K polling rate. Designed for streamers and content creators, but the macro keys and integrated display are also appealing to DevOps engineers who want instant visibility into deployment pipelines, server status, or build results.

Lenovo is demonstrating self-charging keyboards and mice powered by ambient indoor light. For IT administrators managing hundreds of workstations, this could eliminate battery maintenance entirely–no more battery orders, no support tickets for dead mice, no e-waste disposal. In a typical 200-workstation office, this adds up to measurable time savings for the IT team.

Networking: WiFi 8 is coming, but not just yet

The biggest infrastructure news comes from the networking space: the first WiFi 8 routers were unveiled at CES. The new standard promises more stable performance over longer distances, improved two-way communication with power-efficient IoT devices, and reduced interference in dense networks. For companies with hybrid work models and growing IoT infrastructure, this is a significant step forward.

The timeline is realistic: WiFi 8 will be available in select routers by 2026, but widespread device support won’t arrive until 2027. Organizations replacing access points today should adopt WiFi 7 as the baseline standard and design their infrastructure to allow for future firmware upgrades to WiFi 8. Most enterprise AP manufacturers have announced plans to bring parts of the WiFi 8 standard to existing WiFi 7 hardware via software updates.

Technically, WiFi 8 (IEEE 802.11bn) introduces Multi-AP Coordination. Multiple access points communicate with each other and dynamically assign clients, rather than operating in isolation. In office buildings with high AP density, this significantly reduces interference. Additionally, the standard improves energy efficiency for battery-powered IoT sensors–reducing maintenance efforts for sensor networks in logistics and manufacturing environments.

Smart Home and IoT: Matter becomes the standard

Away from the main stages, CES 2026 confirmed a quiet but powerful trend: Matter is emerging as the cross-vendor smart home standard. Nearly every new router, hub, and sensor now supports the protocol. For IT professionals, this matters for two reasons. First, Matter enables local control without mandatory cloud connectivity, addressing data privacy concerns in home offices. Second, Thread–the mesh networking layer underlying Matter–reduces reliance on WiFi and Bluetooth for IoT devices, simplifying network architecture in organizations deploying large numbers of sensors.

Philips Hue, one of the largest smart home ecosystems, announced at CES an expansion of its local API. Devices can now be fully controlled without any cloud connection. For security-conscious IT managers deploying smart lighting in offices or remote workspaces, this is a crucial advancement: no external traffic, no dependency on third-party servers, and full control over the local network.

What IT teams should actually take away

Not every CES product will make it into enterprise environments. Rollable displays and holographic AI assistants are technology demos, not procurement lists. What will actually appear in IT budgets in 2026: laptops with integrated NPUs for local AI inference, WiFi 8 for the next generation of networking, and fast NVMe SSDs as the new standard.

Four concrete recommendations for IT decision-makers:

First: Prioritize NPU performance in your next laptop procurement. Local AI inference will shift from a nice-to-have to a productivity-enhancing feature in 2026. Devices like the Dell XPS, Samsung Galaxy Book6, and ASUS Zenbook offer serious options in this space.

Second: Put WiFi 8 on your roadmap. Rollouts will begin in 2026, but infrastructure planning should start now. Especially as IoT devices and hybrid workspaces grow, the improved device communication will make a tangible difference.

Third: The 2026 SSD generation enables local workflows that previously required cloud connectivity. Organizations looking to accelerate ML workloads or container builds should evaluate the latest PCIe 4.0 drives. NVMe storage prices have been falling for months, even as capacities continue to rise.

Fourth: Keep Matter and Thread on your radar as smart home standards. Companies planning to deploy IoT devices internally or for remote workers will benefit from cross-vendor compatibility and the option for fully local, cloud-independent control.

Frequently Asked Questions

Header image source: Pexels / Matheus Bertelli (px:25809226)