Framework – the brand famous for its highly upgradeable and modular laptops – has just announced a delay in shipping its latest flagship model to address manufacturing defects.

Framework recently notified pre-order customers that it is pushing back the launch of its flagship Laptop 13 Pro by a month. The company explained that it discovered technical issues with both the haptic touchpad and the custom display, prompting it to halt mass production to fix the flaws.

Consequently, hardware shipments have been rescheduled from late June to late July, with some later orders likely rolling into August. Framework assured buyers that it does not expect further deadlines to slip and anticipates being completely back on track by September. The company emphasized that this delay ensures the final hardware is as “robust and reliable as it can be.” However, if pre-order customers prefer not to wait, Framework is offering full refunds upon cancellation.

Technical Details of the Issues

Framework transparently detailed the specific engineering mishaps that led to the production halt:

Haptic Touchpad: A flaw in the printed circuit board (PCB) design was causing unwanted grounding, requiring a complete redesign of the module.
Custom Display: A firmware bug was detected that needed to be patched and thoroughly tested before mass production could resume.

On the bright side, thanks to Framework's modular design, orders that do not include the new haptic touchpad or display are completely unaffected. The company expects to ship its mainboards equipped with Intel's new Core Ultra Series 3 chips, as well as other replacement and repair modules, right on schedule.

RAM Configuration Adjustments Amid Market Shortages

Alongside the delay announcement, Framework is offering pre-order customers a flexible solution regarding memory configurations.

In response to customer feedback highlighting how difficult it is to purchase the new LPCAMM2 memory standard from third-party retailers (due to the ongoing global RAM shortage), Framework is allowing buyers to add or tweak RAM choices within their existing orders. This ensures that customers who originally planned to buy barebone DIY editions and source their own RAM won't be left with a functional laptop they can't boot up.

[Buying Guide] Best Mesh Wi-Fi Systems of 2026: Whole-Home Coverage Solutions

If your Wi-Fi constantly drops or slows down when you move to another room, the issue likely isn't your internet plan—it’s your traditional router being overworked. Unlike basic range extenders, which slash your bandwidth and offer a frustrating user experience, a Mesh Wi-Fi system uses multiple nodes to create a single, seamless network that intelligently balances traffic and eliminates dead zones.

Based on rigorous real-world testing, these are the best mesh Wi-Fi systems worth considering in 2026.

1. TP-Link Deco AXE5400 (Deco XE75) – Best Mesh Wi-Fi System for Most People

Key Specifications:

Wireless Bands: 3 (Tri-band)

Max Speed Rating: Up to 2,402 Mbps (6GHz band)

Ethernet Ports: 3 per node

Coverage Area: Up to 7,200 sq. ft.

+-----------------------------------------------------------------+
| PROS                             | CONS                         |
|----------------------------------|------------------------------|
| * Excellent all-around performance| * App design lacks polish    |
| * Easy to set up and manage      | * Short included power cables|
| * Great value for the money      |                              |
+-----------------------------------------------------------------+

The TP-Link Deco XE75 perfectly balances raw power with user-friendliness. This tri-band system delivers stellar speeds and consistent coverage, making it an ideal choice for larger homes with plenty of thick walls.

Brand Security Note: Addressing late-2024 US national security inquiries regarding its Chinese-owned parent company, TP-Link Systems stated that it is “no longer affiliated with China-based TP-Link Technologies.” The company stated its routers comply with all regional security standards, the Chinese government has no data access or design control, and they continue to cooperate with US agencies to verify their security practices.

2. Google Nest Wi-Fi Pro 6E – Best for Novice Users

Key Specifications:

Wireless Bands: 3 (Tri-band)

Max Speed Rating: Up to 2,402 Mbps (6GHz band)

Ethernet Ports: 2 per node

Coverage Area: Up to 6,600 sq. ft.

+-----------------------------------------------------------------+
| PROS                             | CONS                         |
|----------------------------------|------------------------------|
| * Super simple "plug & play" setup| * Lacks advanced customization|
| * Relatively affordable          |   features for power users   |
| * Seamless Google ecosystem      |                              |
+-----------------------------------------------------------------+

The Nest Wi-Fi Pro is built for a hands-off, “set it and forget it” experience. Setting up a reliable tri-band network takes just a few taps in the Google Home app, keeping everyday 4K streaming and web browsing incredibly smooth. It integrates seamlessly with Google Assistant, natively supports smart home protocols like Matter and Thread, and receives regular, automatic background security updates.

3. ASUS ZenWiFi Pro AXE11000 (ET12) – Best for Power Users and Gamers

Key Specifications:

Wireless Bands: 3 (Tri-band)

Max Speed Rating: Up to 4,804 Mbps (6GHz band)

Ethernet Ports: Includes high-speed 2.5 Gbps ports

Coverage Area: Up to 3,000 sq. ft.

+-----------------------------------------------------------------+
| PROS                             | CONS                         |
|----------------------------------|------------------------------|
| * Incredible throughput & speed  | * Highly expensive           |
| * Proprietary AiMesh scaling     | * Interface can be complex   |
|   ecosystem                      |   for casual users           |
+-----------------------------------------------------------------+

The ASUS ZenWiFi Pro ET12 is a heavy-duty, enterprise-grade piece of hardware. Featuring high-performance 2.5 Gbps Ethernet ports, it is tailor-made for multiplayer gaming, intensive data backups to local Network Attached Storage (NAS) drives, or managing medium-sized home offices. Furthermore, ASUS's AiMesh technology allows you to seamlessly loop traditional, high-powered standalone ASUS routers into your existing mesh network to scale up coverage.

What to Look for When Buying a Mesh System

Wi-Fi 6E is the Sweet Spot: Wi-Fi 6E utilizes the ultra-wide 6GHz radio frequency spectrum alongside the standard 2.4GHz and 5GHz bands. Think of the 6GHz band as an empty, newly built highway—it bypasses local airwave congestion to deliver maximum speeds to modern devices.
Do You Need Wi-Fi 7 Yet? In short: No. Wi-Fi 7 hardware is currently extremely expensive, and almost none of your current household devices (phones, tablets, laptops) have the chipsets required to exploit its flagship benefits. A reliable Wi-Fi 6E mesh setup will effortlessly handle your internet needs for at least the next 5 years.
Understand Backhaul: This is the invisible channel nodes use to communicate with one another. Premium systems feature a dedicated Wireless Backhaul (using a separate band entirely for node-to-node chatter), ensuring your main device bandwidth remains un-throttled. If your house is wired, using physical Ethernet cables (Wired Backhaul) to link nodes yields the absolute highest speeds and stability.
Placement Rules of Thumb: Try to position your nodes no more than two rooms away from each other. Place them at waist-height on open furniture rather than stuffing them into entertainment centers or behind TVs, as physical obstructions heavily degrade wireless radio signals.