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Apple’s Colorful $699 A18 MacBook Debut | Analysis by Brian Moineau

Posted on by Brian Moineau

A colorful bet: Apple’s low-cost MacBook might arrive next month — and it won’t be boring

Apple making a budget MacBook feel fun again is exactly the sort of headline that stops you mid-scroll. The rumor mill says the company is readying a smaller, A18 Pro–powered MacBook with an aluminum shell, likely priced well under $1,000 — and in playful colors that echo the old iMac vibes. If true, this could be Apple’s clearest move yet to win entry-level buyers without sacrificing the brand’s design cues. (9to5mac.com)

Quick hits

  • Rumored chip: A18 Pro (an iPhone-class SoC) powering a Mac laptop. (9to5mac.com)
  • Size and price: A display just under 13 inches, price estimates between ~$599–$899 (most speculation clusters around $699–$799). (macrumors.com)
  • Design: All‑metal (aluminum) chassis produced with a new cost-effective process, and a palette that includes light green, blue, yellow, pink, and silver. (digitaltrends.com)
  • Timing: Multiple outlets point to a March 2026 launch window (Apple announced a March 4 event). (theverge.com)

Why this matters (beyond “cute colors”)

Apple hasn’t aimed squarely at the lower-price laptop market for a while. The MacBook Air sits near the $999 entry point, leaving Chromebooks and low-cost Windows laptops to own the student and education segments. A sub-$1,000 MacBook running an efficient A-series chip could:

  • Bring strong battery life and tight integration for typical student workflows (Safari, Pages, iPad/Apple ecosystem continuity). (macrumors.com)
  • Let Apple trade peak performance for affordability while keeping its hallmark build quality — especially if that allegedly new aluminum forging process pans out. (digitaltrends.com)
  • Reintroduce distinctive, friendly colors to Mac hardware in a way that doubles as marketing (think back to the colorful iMac lineup) and product differentiation. (cultofmac.com)

All of that could help Apple grow market share in education and emerging markets without dramatically cannibalizing higher-end MacBook sales.

What the rumors say (a readable timeline)

  • 2025: Analysts and supply-chain trackers started predicting a lower-cost MacBook project with modest specs and a roughly 13-inch display. (9to5mac.com)
  • Early 2026 reporting: Bloomberg’s Mark Gurman (via his newsletter) and outlets synthesizing his reporting say Apple has been testing colors and a new manufacturing process for an aluminum body; he pegged a possible March launch. (digitaltrends.com)
  • March 4, 2026: Apple’s announced “special” event in New York (the invite uses segmented colors) aligns neatly with the rumored timing and color direction. Industry outlets tie the invite’s palette to the low-cost MacBook rumor. (theverge.com)

What to watch for at the event (and afterward)

  • Official naming and price: Will Apple call it “MacBook,” “MacBook Air (entry),” or something new? The price point matters more than the label. (macrumors.com)
  • Exact specs: RAM, storage tiers, and whether Apple throttles ports or display resolution to hit the price target. (macrumors.com)
  • Color availability: Will all colors ship at launch or will Apple stagger them like past product rollouts? (cultofmac.com)
  • Education discounts and volume availability: If Apple wants institutional adoption, special SKUs and supply constraints will be telling. (appleinsider.com)

The market angle

  • Competitors: Chromebooks and budget Windows laptops will feel pressure if Apple really hits a $599–$799 price with solid battery life and macOS compatibility for education apps. (macrumors.com)
  • Margins vs. volume: Apple typically maintains premium margins; this product suggests a strategic trade toward volume and ecosystem expansion — the sort of long-term move that can pay off if it draws users into services and higher‑end hardware later. (forbes.com)

My take

If Apple launches a compact, colorful MacBook around $699 with the A18 Pro and a quality aluminum chassis, it’s a smart play. It preserves design DNA while opening the door to buyers who previously dismissed Macs as too expensive or too buttoned-up. The colors are more than a styling choice — they’re a signal: Apple wants this machine to be approachable, visible in classrooms, and conversation-starting on café tables.

The risk: price too low and margins suffer; price too high and it won’t disrupt the entry market. Execution on build quality and supply will decide whether this is a novelty or a genuine volume driver.

Final thoughts

Apple leaning into playful hardware again is an appealing idea — it reminds us that design and emotion still move technology markets. A low-cost MacBook that looks and feels like a proper Mac (not a compromised knockoff) could be the best way for Apple to expand the Mac family without watering down the brand. Watch March 4, 2026 — the invite colors might tell us everything we need to know. (theverge.com)

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Steam Frame Delay and Price Uncertainty | Analysis by Brian Moineau

Posted on by Brian Moineau

Valve’s Steam Frame and Steam Machine: A bump in the road (but not the end of the ride)

When Valve first teased the Steam Frame headset and Steam Machine back in November, the announcement landed like a gust of fresh air for PC gamers who want console-style simplicity without giving up upgradeability. Now, just as the hype was building toward an “early 2026” launch, Valve hit pause — not because of engineering drama or feature creep, but because the global memory and storage market went sideways. The company now says it needs to “revisit our exact shipping schedule and pricing.” That phrasing matters.

Why this matters beyond release dates

  • Gamers planning purchases will face uncertainty about both when these devices arrive and how much they’ll cost.
  • Valve positioned the Steam Machine to compete with similarly specced PCs (not to be a loss-leader like many consoles), so upward pressure on component prices directly threatens that value proposition.
  • The shortage is industry-wide and tied to shifting demand patterns (notably big data / AI infrastructure), so Valve's caution reflects a systemic issue, not a temporary hiccup.

What Valve actually said

Valve posted an update explaining that when they announced the hardware in November, they expected to be able to share pricing and launch dates by now. But memory and storage shortages “have rapidly increased,” and limited availability plus rising prices mean Valve must re-evaluate shipping schedules and costs — especially for the Steam Machine and Steam Frame. The company still says its “goal of shipping all three products in the first half of the year has not changed,” but that it needs “work to do to land on concrete pricing and launch dates.” (Source: Valve, picked up by outlets including UploadVR and PC Gamer.)

The supply-side story in one paragraph

Memory (RAM) and NAND/storage markets have been roiled lately because of surging demand from data centers and AI workloads. Manufacturers have limited supply, which drives up spot prices and leaves consumer-device makers with two unappealing choices: raise retail prices or ship devices with lower-spec parts to hit a target price. For a company like Valve that wants the Steam Machine to feel like a true PC, both options undermine the original promise.

What this could mean for pricing and features

  • Higher prices: Component cost increases could force Valve to set MSRP notably above earlier expectations. That undermines any hope the Steam Machine would beat comparable custom builds on price.
  • Trimmed specs: Valve could ship variants with less RAM or smaller SSDs at launch to keep a lower entry price, then lean on upgradability (a Valve selling point) as a trade-off.
  • Staggered rollout: Valve may prioritize one product (controller, headset, or machine) for earlier shipment depending on component access.
  • Retail strategy shifts: Fewer bundled accessories, fewer pre-configured SKUs, or later regional rollouts where component procurement is more favorable.

How this compares to other hardware launches

This isn’t unprecedented. Console and PC launches have been squeezed before (GPU shortages, PS5/Xbox Series X supply issues), but the current pressure differs because it’s driven by a structural redirection of memory capacity to AI servers. That can be longer-lasting and more volatile than transient supply-line disruptions.

Who wins and who loses

  • Winners (possibly): Early adopters who value performance over price and can afford a higher launch cost; aftermarket and boutique system builders if Valve’s pricing pushes consumers toward custom builds.
  • Losers (likely): Price-sensitive gamers and those who planned to trade up to the Steam Machine as an affordable living-room PC replacement.

Where the uncertainty is greatest

  • Exact MSRP for Steam Frame and Steam Machine.
  • Whether Valve will shift the quoted window from “early 2026” to a narrower or later target within the “first half of 2026.”
  • How much Valve will rely on upgradability to preserve initial price tiers.

What to watch next

  • Official pricing and launch-date updates from Valve (their Steam blog is the authoritative source).
  • Memory/SSD spot-price trends and industry forecasts from IDC or market analysts.
  • AMD and partner statements about supply chain readiness (AMD is the Steam Machine’s custom silicon partner and has previously indicated timelines).

Quick summary you can scan

  • Valve paused specific pricing and launch-date announcements due to a rapid rise in memory and storage costs. (Valve / UploadVR / PC Gamer)
  • The core issue: RAM and NAND shortages driven in part by AI/data-center demand are inflating costs and tightening availability.
  • Outcome possibilities include higher MSRPs, lower initial specs, or staggered/product-priority launches — Valve still targets the first half of 2026 but won’t promise specifics yet.

My take

Valve made a sensible, if disappointing, move. Announcing a product you can’t reliably price or ship risks undercutting your brand if you later raise prices or ship weaker specs. By pausing specifics until they have better visibility on component costs, Valve preserves flexibility — and credibility — even if it frustrates eager buyers. For gamers, this moment also serves as a reminder: the hardware economy is increasingly tied to broader tech trends (like AI), and those trends can ripple into the living room fast.

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Double Your Switch 2 Storage Cheaply | Analysis by Brian Moineau

Posted on by Brian Moineau

Hook: Double your Switch 2 storage without breaking the bank

If you picked up a Nintendo Switch 2 and already feel the squeeze of downloads and day-one patches, there’s a refreshingly affordable fix: Samsung’s new P9 microSD Express cards are on sale, and the discounts make them an excellent way to more than double your console’s storage for a very reasonable price. This feels like the kind of upgrade every Switch 2 owner will appreciate — fast, future-ready, and finally affordable.

Why this matters right now

  • The Switch 2 ships with a finite amount of internal storage, and big third‑party titles or lots of downloadable content can fill it quickly.
  • Nintendo embraced the newer microSD Express standard for the Switch 2 to allow much faster external storage performance than the original Switch’s UHS‑I microSD cards.
  • Samsung’s P9 cards are built specifically for microSD Express devices (with sequential read speeds up to 800 MB/s), so they’re designed to give the Switch 2 snappy load times and quicker installs compared with older cards. (semiconductor.samsung.com)

The deal (what The Verge reported)

  • Samsung’s P9 microSD Express 256GB model has been discounted — the price starts at roughly $39.99 after a $15 reduction, making it a very affordable way to double some Switch 2 configurations’ available space. The 512GB model was also discounted (about $79.99 after a $40 reduction), which is close to its best price on record. These sale prices were highlighted in coverage of holiday/Cyber Monday promotions. (theverge.com)

How the P9 compares to older microSD options

  • Speed: The P9’s PCIe-based microSD Express performance (reported up to 800 MB/s sequential reads) is several times faster than typical UHS‑I cards used with the original Switch. That helps with game installs, patch downloads and asset streaming. (tech.yahoo.com)
  • Compatibility: Samsung notes the P9 is compatible with Switch 2 and also backward compatible with devices using UHS‑I slots — though on older devices speeds will be limited by the host. (semiconductor.samsung.com)
  • Durability and warranty: Samsung advertises 6-proof protection (water, temperature, X-ray, magnet, drop, wear) and a limited warranty for the P9 line, which is reassuring for users who carry cards between devices or travel with their handheld. (samsung.com)

Who should buy one (and who might wait)

  • Great fit:
    • Switch 2 owners who primarily buy digital games and want to avoid juggling installs.
    • Gamers who want faster load times and a future‑proof card that won’t bottleneck the console.
    • Anyone who likes having a dedicated card for console libraries and backups.
  • Maybe wait:
    • Users who rarely buy digital games and prefer physical cartridges.
    • People who already own a very large (1TB+) microSD Express card or who don’t need the additional speed.
    • Buyers who can wait for deeper discounts (sales often return around major shopping events).

Price perspective

  • A cheap 256GB P9 at around $40 is compelling because it effectively doubles storage for many Switch 2 configurations at a modest cost.
  • The 512GB SKU at roughly $80 gives you more breathing room for an entire digital library and sits near the card’s historic low — if you want to avoid swapping cards frequently, the 512GB is worth the extra outlay. Pricing can fluctuate across retailers, so it’s worth checking multiple stores if you’re hunting for the lowest price. (theverge.com)

Practical tips for buyers

  • Confirm your console: The Switch 2 specifically supports microSD Express — older Switch microSD cards won’t get that full performance boost on the new hardware.
  • Think capacity by game habits: Many Nintendo-published games remain modest in size, but some third‑party AAA titles can be large; if you buy lots of big third‑party games, lean toward larger capacities.
  • Check return policies and warranties: Buy from reputable retailers and keep receipts in case you need warranty service; Samsung lists a limited warranty and 6-proof durability for the P9. (news.samsung.com)

My take

This sale rounds the P9 into a genuinely practical upgrade for most Switch 2 owners. The microSD Express standard unlocks the console’s faster external storage potential, and Samsung’s price cuts make the performance accessible rather than premium-only. If you’re filling up the console or prefer to keep a large library on hand, the 256GB at about $40 is a low-friction, high-value buy — and the 512GB at roughly $80 is the sweet spot if you want to avoid juggling cards. Either way, these discounts turn an obvious accessory into a must-have.

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

OpenAIs 2026 Device: AI Goes Physical | Analysis by Brian Moineau

Posted on by Brian Moineau

OpenAI’s Hardware Play: Why a 2026 Device Could Change How We Live with AI

A little of the future just walked onto the stage: OpenAI says its first consumer device is on track for the second half of 2026. That short sentence—uttered by Chris Lehane at an Axios event in Davos—does more than announce a product timeline. It signals a strategic shift for the company that built ChatGPT: from cloud‑first software maker to contender in the messy, expensive world of physical consumer hardware.

The hook

Imagine an always‑available, pocketable AI that understands context instead of just answering queries—a device designed by creative minds who shaped the modern smartphone look and feel. That’s the ambition flying around today. It’s tantalizing, but it also raises familiar questions: privacy, battery life, compute costs, and whether consumers really want yet another connected gadget.

What we know so far

  • OpenAI’s timeline: executives have told reporters they’re “looking at” unveiling a device in the latter part of 2026. More concrete plans and specs will be revealed later in the year. (Axios) (axios.com)
  • Design pedigree: OpenAI’s hardware push follows its acquisition/partnerships with design talent associated with Jony Ive (the former Apple design chief), suggesting a heavy emphasis on industrial design and user experience. (axios.com)
  • Rumors and supply chain signals: reporting from suppliers and industry outlets has pointed to small, possibly screenless form factors (wearable or pocketable), engagement with Apple‑era suppliers, and various prototypes from earbuds to pin‑style devices. Timelines in some reports stretch into late 2026 or 2027 depending on hurdles. (tomshardware.com)

Why this matters beyond a new gadget

  • Productization of advanced LLMs: Turning a model into a responsive, always‑on product requires different engineering priorities—latency, offline inference, secure context retention, and efficient wake‑word detection. A working device would be one of the first mainstream bridges between large multimodal models and daily, ambient interactions.
  • Platform power and partnerships: If OpenAI ships hardware, it won’t just sell a device—it will create another platform for models, apps, and integrations. That has implications for existing tech partnerships (including those with cloud providers and phone makers) and competition with companies that already own both hardware and ecosystems.
  • Design as differentiation: Pairing top‑tier AI with high‑end design could reshape expectations. People tolerated clunky early smart speakers and prototypes; a device with compelling industrial design and thoughtful UX could accelerate adoption.
  • Privacy and regulation: An always‑listening, context‑aware device intensifies privacy scrutiny. How data is processed (on‑device vs. cloud), what’s retained, and how transparent the device is about listening will likely determine public and regulatory reception.

Opportunities and risks

  • Opportunities

    • More natural interaction: voice and ambient context could make AI feel less like a search box and more like a helpful companion.
    • New experiences: context memory and multimodal sensors (audio, possibly vision) could enable truly proactive assistive features.
    • Market differentiation: OpenAI’s brand and model strength, combined with great design, could attract buyers dissatisfied with current assistants.

  • Risks

    • Compute and cost: serving powerful models at scale (especially if interactions rely on cloud inference) could be prohibitively expensive or require compromises in performance.
    • Privacy backlash: always‑on sensors and context retention will invite scrutiny and could deter mainstream uptake unless privacy is baked in and clearly communicated.
    • Hardware pitfalls: manufacturing, supply chain, battery life, and durability are areas where software companies often stumble.
    • Ecosystem friction: device makers and platform owners may be wary of a third‑party assistant competing on their hardware.

What to watch in 2026

  • Concrete specs and pricing: Are we seeing a $99 companion device or a premium $299+ product? Price frames adoption potential.
  • Architecture choices: How much processing happens on device versus in the cloud? That will reveal tradeoffs OpenAI is willing to make on latency, cost, and privacy.
  • Integrations and partnerships: Will it be tightly integrated with phones/OSes, or positioned as a neutral companion that works across platforms?
  • Regulatory and privacy disclosures: Transparent, simple explanations of how data is used will be crucial to avoid regulatory headaches and consumer distrust.

A few comparisons to keep in mind

  • Humane AI Pin and Rabbit R1 showed the appetite—and the pitfalls—for new form factors that try to shift interactions away from phones. OpenAI has stronger model tech and deeper user familiarity with ChatGPT, but hardware execution is a new test.
  • Apple, Google, Amazon: each company already mixes hardware, software, and cloud in distinct ways. OpenAI’s entrance could disrupt how voice and ambient assistants are designed and monetized.

My take

This isn’t just another gadget announcement. If OpenAI ships a polished, privacy‑conscious device that leverages its models intelligently, it could nudge the market toward more ambient AI experiences—where the interaction model is context and conversation, not tapping apps. But the company faces steep non‑AI challenges: supply chains, cost control, battery engineering, and the thorny politics of always‑listening products. Success will depend less on model size and more on product judgment: what to process locally, what to ask the cloud, and how to earn user trust.

Sources

Final thoughts

We’re at an inflection point: combining the conversational strengths of modern LLMs with thoughtful hardware could make AI feel like a native part of daily life instead of an app you visit. That’s exciting—but the real test will be whether OpenAI can translate AI brilliance into a device people actually want to live with. The second half of 2026 may give us the answer.



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

ASUS’s Smarter AM5 Boards for Every | Analysis by Brian Moineau

Posted on by Brian Moineau

A smarter AM5 playground: ASUS’s refreshed ROG, TUF, and ProArt motherboards

Hook: If you’ve built a PC in the last five years you know the motherboard is the multiverse where decisions collide — socket, lanes, cooling, and style. ASUS just redesigned that multiverse for AMD’s AM5 platform, and the result isn’t just more choices: it’s more sensible choices. Whether you want an extreme showcase board for a Ryzen 9000 enthusiast, a no-nonsense gaming rig, or a creator-focused workstation, ASUS’ new AM5 line aims to give each user the tools they actually need — without burying them under features they don’t.

Why this matters right now

  • AMD’s AM5 socket (Ryzen 7000/8000/9000 families) has become the backbone for high-performance desktops and workstations. As CPUs push more cores and faster DDR5 memory, the motherboard’s role shifts from “box with slots” to “traffic director” for power, PCIe lanes, and thermal headroom.
  • ASUS updated its AM5 family across ROG, ROG Strix, TUF Gaming, Prime, and ProArt lines to better match modern workflows: multi-M.2 storage, WiFi 7 on many boards, improved DDR5 reliability, and cleaner, user-friendly features for builders.
  • The change isn’t just about top-tier bragging rights. ASUS brought some refinements down to B850/B840 class boards so mainstream builders benefit from things like tool-free M.2 installation, higher-resolution BIOS UI, and expanded USB options.

What’s new across the lineup

  • Enhanced PCIe lane layouts and smarter bandwidth allocation.
    • Some boards now allow two PCIe 5.0 M.2s plus multiple PCIe 4.0 M.2s while keeping the primary x16 slot at full bandwidth for GPUs — important for gamers who also want heavy local storage.
    • Certain ProArt and Crosshair models support x8/x8 for dual GPU or heavy I/O use.
  • Broader DDR5 compatibility and overclocking improvements.
    • PCB and manufacturing changes (e.g., low-etch processes, back-drilling, and NitroPath DRAM tweaks) increase stability for high-speed DDR5 kits and push memory OCs further on more boards — not just the flagships.
  • More refined DIY and usability features.
    • Tool-free M.2 Q-Release, Q-Code/Q-Dashboard improvements, easier graphics card removal mechanisms, and a 1920×1080 BIOS GUI make builds faster and less fiddly.
  • Modern connectivity moves.
    • WiFi 7 appears on many B850-class boards, along with USB 20 Gbps front-panel headers, USB4/Thunderbolt-capable ports on select models, and more onboard 10 GbE/5 GbE options on ProArt/creator boards.
  • Practical cooling and layout upgrades.
    • New vapor-chamber-style 3D VC M.2 heatsinks and beefed-up VRM cooling on high-end Crosshair and Glacial boards to sustain heavy loads for gaming, streaming, and AI workloads.

Who each family is for

  • ROG Crosshair X870E Glacial / Dark Hero
    • For the enthusiast who wants absolute headroom: extreme VRM, multi-M.2 support, premium memory tuning, and flagship aesthetic. These boards are built to be pushed and showcased.
  • ROG Strix B850 / X870E Neo series
    • For mainstream gamers who want great performance without flagship price tags. They balance lots of USB ports, tool-free install features, and style options (black or white aesthetics).
  • TUF Gaming X870 / B850 series
    • Durability and value with practical overclocking features (now including asynchronous clock options on select models). Good for long-lived builds and those who want stability-first hardware.
  • ProArt B850-Creator WiFi Neo
    • Designed for creators and multi-GPU setups on a budget. Dual PCIe 5.0 x16 slots (x8/x8), professional I/O (dual 5GbE, USB 10Gbps Type-C with DP Alt Mode), and understated styling.
  • B840 family
    • Aimed at efficient, budget-conscious builds — especially good if you don’t plan to overclock or need PCIe 5.0 GPU/M.2 support, and want a cost-effective AM5 platform.

Build-level takeaways

  • If you plan heavy local SSD use (many M.2s) and a high-end GPU, check the board’s lane-sharing notes carefully. ASUS’ newer lane layouts aim to preserve GPU x16 on several boards while offering multiple PCIe 5.0 M.2 slots — but exact behavior depends on the model.
  • Memory overclocking potential is improving beyond flagship boards thanks to PCB and manufacturing tweaks; you don’t necessarily need the priciest Crosshair to get better DDR5 behavior.
  • WiFi 7 and USB4 presence on B850 boards mean next-gen connectivity is trickling down. If future-proofing networking and front-panel bandwidth matters, these midrange boards are compelling.
  • Creative pros who want multi-GPU on a budget should look at ProArt’s B850-Creator Neo for x8/x8 GPU support plus robust networking.

Design and build experience: small but meaningful refinements

ASUS invested in what I’d call “boring but delightful” upgrades — things that don’t headline reviews but smooth the building process: clearer BIOS resolution and navigation, real tool-free M.2 install mechanisms, easier graphics-card release systems, and more accessible troubleshooting LEDs or Q-Dashboards. Those are the touches that matter when you’re two hours into a cable tangle and want to finish the build without a meltdown.

My take

ASUS’ refreshed AM5 lineup reads like a maturity update rather than a reimagining. The company is listening: instead of adding ever-more esoteric features only ultra-enthusiasts use, ASUS redistributed practical capabilities across more price points. That means mainstream buyers get genuine improvements — faster memory support, better storage options, and cleaner build workflows — while enthusiasts still have truly overbuilt flagships to chase records with.

If you’re building now and torn between “wait for the next gen” and “pull the trigger,” these Neo/B850 updates make now a reasonable time to build an AM5 machine that will feel modern for years: better memory headroom, improved PCIe flexibility, and contemporary connectivity. The main caveat is to confirm exact lane-sharing and I/O behavior for the specific model you plan to buy — spec sheets still hide the small but critical bandwidth trade-offs.

Choices to consider before buying

  • Do you need PCIe 5.0 M.2 slots or will PCIe 4.0 suffice? Multiple 5.0 drives plus a GPU can create sharing limitations on some boards.
  • Memory: if you plan high-frequency DDR5, prioritize boards with NitroPath DRAM and the robust PCB treatments ASUS lists for better stability.
  • Connectivity: want WiFi 7 or USB4 at the front panel? Those features are now present beyond flagship boards — check the model spec.
  • Future upgrades: think about whether x8/x8 GPU support, dual 10GbE, or many M.2s matter down the road — pick a board that aligns with your upgrade path.

Final thoughts

ASUS’ incremental but thoughtful AM5 refresh is a reminder that platform evolution is often about better trade-offs, not just more bling. Builders win when features are sensibly distributed across product lines — and that’s exactly what this lineup aims for. Whether you’re sketching a white-themed showcase, assembling a quiet content-creation workstation, or building a budget Ryzen system, there’s now more chance you’ll find an AM5 board that fits the job rather than forcing compromises.

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Rotated AM5 MicroATX Workstation | Analysis by Brian Moineau

Posted on by Brian Moineau

Small board, big ambitions: ASUS Pro WS B850M-ACE SE brings workstation features to microATX AM5 builds

The first time you see the Pro WS B850M-ACE SE you do a double-take — the AM5 socket and the DIMM banks are rotated 90°, giving this microATX board an unconventional layout. That visual oddity is a clue: ASUS didn’t just squeeze desktop features into a smaller footprint. They rethought layout and connectivity to make a compact, IT-friendly workstation that pulls a surprising amount of pro-level hardware into a 244 × 244 mm package.

Below I unpack what makes this board interesting, who it’s for, and why that rotated socket matters beyond aesthetics.

Why this release matters now

  • AMD’s AM5 platform continues to expand from mainstream desktop into workstation and server-adjacent use. The B850 chipset fills a sweet spot for builders who want modern AM5 features without an E-ATX footprint.
  • ASUS targeted this board at compact workstations and small business servers by adding features you usually see on larger or server boards: onboard BMC with IPMI, a U.2 connector, dual high-speed Ethernet (10 Gb + 2.5 Gb), and PCIe 5.0 support.
  • With increasing demand for AI/ML inference at the edge and compact creator rigs, dense connectivity (fast NVMe, multi-Gb networking, remote management) matters as much as raw CPU core count.

Eye-catching specs at a glance

  • Form factor: microATX (244 × 244 mm).
  • Socket/chipset: AM5 with AMD B850 chipset — supports Ryzen 7000/8000/9000 and EPYC 4005 series.
  • Memory: 4 × DDR5 DIMM slots, up to 256 GB, EXPO support (OC up to high speeds).
  • Expansion/storage: PCIe 5.0 x16 primary slot, two M.2 slots (one PCIe 5.0 x4), MCIO support and an onboard U.2 connector.
  • Networking: onboard 10 Gb Ethernet + 2.5 Gb Ethernet, plus a dedicated 1 Gb IPMI/BMC port.
  • Management: onboard BMC (AST2600) with IPMI and ASUS Control Center Express for remote monitoring.
  • Extras: front USB-C 20 Gbps header, robust 8+2+1 power stages, 24/7 reliability testing.

(Full tech details on the ASUS product page linked below.)

The rotated socket: what it does and why ASUS might have chosen it

  • Space optimization: Rotating the CPU socket (and thus orienting the memory slots along a different axis) rearranges the board’s internal real estate. That allows ASUS to add server-grade features — BMC circuitry, a U.2 connector, MCIO, additional LAN ports — without pushing the layout beyond a microATX size.
  • Cooler compatibility trade-offs: Most aftermarket coolers assume the CPU orientation found on ATX boards. While standard AIOs and many air coolers will still fit, tight builds or unusual bracket designs could encounter clearance issues. Builders should check cooler compatibility against the board’s layout.
  • Cable routing and case fit: The rotated layout changes cable and fan header positions relative to case panels. For compact workstations and bespoke small-form-factor enclosures, that can be an advantage (shorter NVMe/MCIO traces, better airflow zoning) — just confirm the case supports the positioning.
  • Serviceability and pro usage: For IT/enterprise customers, being able to cram more I/O and remote management into a smaller board is a net win; the rotated layout is a practical compromise to prioritize features over standard orientation.

Who should consider the Pro WS B850M-ACE SE

  • Small business or home lab admins who need remote management (IPMI) but prefer a compact chassis. The onboard BMC and dedicated management NIC let you monitor and administer systems headlessly.
  • Creators and AI/ML hobbyists who want high-bandwidth storage (PCIe 5.0 M.2, MCIO, U.2) and multi-gig networking in a small desktop/workstation build.
  • Builders constrained by space who still want PCIe 5.0 graphics or accelerators plus enterprise-grade connectivity.
  • Not ideal for people who want plug-and-play compatibility with every consumer cooler or who insist on standard ATX layout expectations without checking clearances first.

Trade-offs and things to check before buying

  • Cooler fit: verify your CPU cooler (air or AIO bracket) supports the rotated socket or has enough clearance.
  • Case compatibility: microATX cases vary; double-check standoff alignment, IO shield area, and whether front-panel USB-C routing lines up.
  • U.2 vs modern NVMe priorities: U.2 remains useful for certain enterprise SSDs and hot-swap setups, but many consumer builds will rely primarily on M.2 drives. If you need U.2 specifically, this board is unusually accommodating for its size.
  • Remote management complexity: IPMI/BMC is powerful for IT, but it introduces additional configuration and potential security considerations; treat the BMC interface like any network-facing admin service.

How this fits into the broader AM5 & workstation landscape

ASUS is signaling that AM5 isn’t just for full-size enthusiast motherboards. By putting server-grade features into microATX format, they’re acknowledging a market trend: people want workstation capabilities in smaller form factors for edge inference, compact studios, and dense deployments. Expect more OEMs and board makers to explore similar compromises — squeezing IPMI, multi-gig networking, and industrial storage interfaces into smaller boards — especially as AI workloads demand fast local storage and network throughput.

My take

This is one of those “clever engineering” products: it doesn’t radically change performance specs for consumers, but it democratizes workstation features into a compact footprint that actually makes sense for modern workflows. The rotated socket is a pragmatic design choice rather than a gimmick — it unlocks space for the features that matter to IT and pro users. If you’re building a small workstation with remote management or need industrial storage support in a microATX box, this board is worth a close look. If you’re purely a gaming consumer who swaps coolers and cards frequently, the unusual layout means extra homework before purchase.

Practical buying notes

  • Expect pricing to be above typical consumer microATX boards because of the embedded BMC, 10 GbE, and industrial connectors. Retail listings show it in the workstation price band.
  • Verify BIOS compatibility with your chosen Ryzen or EPYC 4005 CPU (ASUS lists supported families; check the support page for CPU compatibility).
  • For IT deployments, plan for BMC security (firmware updates, network segmentation, credential management).

Final thoughts

ASUS’s Pro WS B850M-ACE SE is a tidy example of product differentiation: same AM5 ecosystem, but a different set of priorities. It’s a microATX motherboard built for professionals who need remote management, industrial storage options and high-speed networking without the bulk of a larger board. The rotated socket is simply the engineering price paid to make all that fit — a smart trade for the intended audience, and a sign that motherboards will keep evolving in form as well as function.

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

M64 Revives N64 Controller Nostalgia | Analysis by Brian Moineau

Posted on by Brian Moineau

A faithful throwback: ModRetro’s M64 and the return of the N64 controller

The image of an original Nintendo 64 controller — that odd three-pronged trident, a chunky thumbstick centered like an awkward crown — still sparks a weird, affectionate debate. Is it genius or relic? ModRetro may have just answered that question by leaning into nostalgia. The company unveiled the design for its upcoming M64 console and, yes, recreated the classic N64 controller almost perfectly. But the reveal leaves the bigger, juicier questions — performance, features, and real-world polish — tantalizingly unanswered.

Why this matters beyond nostalgia

It’s easy to shrug this off as another retro-lite product for collectors. But the M64 sits at an interesting crossroads in retro gaming hardware:

  • It’s an FPGA-based system, which means it’s aiming for hardware-accurate reproduction of the original N64 experience rather than the software emulation most people are used to.
  • The M64 arrives in a moment when multiple companies (Analogue being the most notable) are chasing faithful N64 remakes, and each choice — from controller design to FPGA selection — signals what “authentic” will mean for a new generation of retro consoles.
  • The controller decision matters. Analogue partnered with 8BitDo to modernize the N64 pad; ModRetro chose authenticity. That’s a deliberate statement about the market they’re courting.

What ModRetro revealed

  • Design: Translucent console shells in green, purple, and white that echo N64 colorways while peeking at internal hardware.
  • Physical features: Top-mounted cartridge slot, four front controller ports, HDMI, multiple USB-C ports, and a microSD slot. A large power button and a dial labeled “Menu” are visible but not yet fully explained.
  • Controller: A near-identical recreation of the original three-pronged N64 controller — central thumbstick, trigger layout, and the familiar silhouette — color-matched to the console.
  • Price signaling: Introductory pricing reportedly set at $199, a cheeky nod to the original N64’s 1996 launch price. Availability details initially favored a waitlist, then expanded.

(Source coverage emphasized the design reveal more than performance specs.) (theverge.com)

The technical elephant in the room

Design and nostalgia sell photos. But for serious retro fans, the crucial question is: how well does it play?

  • FPGA promise: ModRetro is positioning the M64 as FPGA-driven, meaning the goal is cycle-accurate recreation of the N64’s hardware behavior rather than pure software emulation. That’s the same philosophy behind Analogue’s work and the MiSTer community — and when done right, it makes classic games feel and respond like the originals. (theverge.com)
  • Unknowns that matter:
    • Which FPGA and memory architecture are used? Those choices strongly influence how accurately the system can reproduce complex N64 graphics and timing.
    • Which N64 core or implementation is running on the hardware? Some recent reporting suggests ModRetro has ties to existing MiSTer N64 cores and contributors, which could be promising for fidelity. (timeextension.com)
    • Latency, upscaling, and compatibility (especially for tricky titles like Mario 64 or games that used specific cartridge expansion hardware) are still unproven.

The controller debate: authenticity vs. ergonomics

  • Choosing authenticity: The recreated trident controller is a love letter to purists. For collectors and players who grew up on the original hardware, a faithful pad is comforting and — for some games — essential for the right feel.
  • The ergonomic trade-off: The original design is polarizing. Modern reinterpretations (like Analogue’s 8BitDo collab or third-party controllers) try to keep the layout while improving sticks and shoulder inputs. ModRetro’s decision suggests they prioritize historical fidelity over ergonomic modernization. For competitive or long-session play, that could be a downside for some buyers. (theverge.com)

Market context and why ModRetro’s move is interesting

  • Competition: Analogue’s 3D project and a slew of emulation-based solutions create a crowded field. Each approach — software emulation, FPGA, or hybrid — attracts different buyers. ModRetro is positioning the M64 as a lower-cost, authentic option in that space. (androidauthority.com)
  • Community ties: Early signs indicate ModRetro is engaging with the MiSTer/FPGA community and possibly integrating proven N64 cores. If they contribute back or collaborate, that could elevate the platform’s credibility among enthusiasts. (timeextension.com)
  • Brand context: ModRetro’s founder, Palmer Luckey, is a visible and polarizing figure; that shapes public reaction and coverage even when the product itself is broadly appealing to retro fans. Expect PR noise to mingle with product discussion.

What to look for next

  • Detailed spec sheet: FPGA model, RAM configuration, video pipeline, and exact I/O functionality (what that Menu dial actually does).
  • Compatibility list: Which cartridges work out of the box, and how the system handles edge cases and expansion carts.
  • Controller feel tests: Stick drift prevention, deadzone behavior, and whether the recreated controller uses modern sensors or vintage-style potentiometers.
  • Public demos and hands-on reviews: Playable showings (like retro expos) or early review units will reveal whether the M64’s claims match reality. (androidauthority.com)

Quick highlights for skimmers

  • The M64 is an FPGA-based N64 tribute with a nearly identical recreation of the original trident controller.
  • ModRetro favors authenticity over modernized ergonomics.
  • Important technical and performance details remain unconfirmed; community FPGA cores may be part of the plan.
  • Intro pricing at $199 echoes the original N64 launch cost.

My take

Seeing the M64’s translucent shell and faithful controller design gives me nostalgia goosebumps — it’s a crisp visual promise. But hardware nostalgia is only worth so much on Instagram shots and product renders. The real story will be whether ModRetro’s engineering choices deliver a low-latency, high-compatibility experience that respects the weird quirks of N64 hardware. If they pull that off at the reported price, the M64 could be a delightful, more affordable competitor in a market that’s been hungry for faithful N64 hardware for years.

Sources



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Steam Machine Priced Like Regular PCs | Analysis by Brian Moineau

Posted on by Brian Moineau

Valve’s Steam Machine won’t be subsidised — expect PC-like prices

You remember the moment Valve teased a living-room-sized PC that felt more like a console than a tower? That shiny little box — the Steam Machine — promises to live on your TV bench, boot into SteamOS, and bring much of your Steam library to the sofa. The catch, according to Valve, is that its price tag is going to be less “console launch loss leader” and more “what an equivalent PC costs.” That distinction matters more than you might think.

Why the price line matters

  • Console makers traditionally sell hardware at or below cost at launch and make profit on software and services. That lets companies push a low entry price to build install base quickly.
  • Valve is saying it will not subsidise the Steam Machine in that way. Instead, the device will be priced roughly in the same window as a PC with comparable CPU/GPU/RAM/storage.
  • That framing shifts how consumers, press and competitors think about the product: it’s not a budget console alternative, it’s a curated, compact PC experience with a living-room focus.

What Valve actually said

Valve engineer Pierre-Loup Griffais told the Friends Per Second (Skill Up) podcast that the Steam Machine’s pricing will be “more in line with what you might expect from the current PC market,” and that Valve aims to be competitive at that level of performance. He emphasised Valve won’t subsidise the hardware the way console makers often do, and noted features like small form factor and low noise as added value that justify a PC-equivalent price. Several outlets have reported and analysed this explanation. Sources later reiterated Valve’s reluctance to set a concrete number while market conditions (component prices, supply) are still fluctuating. (See Sources.)

The practical fallout for buyers

  • Expect one or more configurations (likely different storage and maybe a “Pro” later), with base models probably sitting above the cheapest consoles and closer to mid-range gaming PCs.
  • Convenience vs. bang-for-buck: the Steam Machine sells convenience (plug-and-play living-room experience, quiet small form factor, TV integration) that a DIY small-form-factor PC has a hard time matching — but that convenience comes at a premium.
  • For price-conscious buyers, building or buying a desktop might still give more raw performance per dollar. For people who want a tidy, TV-focused Steam experience, the trade-off might be worth it.

Market context and timing

  • Component price volatility (RAM, storage, GPUs) makes precise pricing hard right now; Valve acknowledged that directly.
  • Valve’s position is different from the Steam Deck era: the Deck launched with strong subsidies and aggressive pricing that helped it find a wide audience. Valve has signalled it won’t repeat that playbook for the Steam Machine.
  • Competing consoles (PlayStation, Xbox) often use hardware pricing strategies tied to exclusive games and massive ecosystem investments. Valve is betting on Steam’s ecosystem and optional hardware advantages rather than subsidised entry prices.

A few reasonable price guesses (not official)

Analysts and outlets are speculating widely — numbers in the discussion range from roughly mid-$500s up to $800–$1,000 for higher-spec variants. Much depends on the final internal specs and whether Valve decides to offer a slimmer or “Pro” model later. Whatever the final tags are, remember the anchor: Valve says “PC-equivalent” pricing, not “console-priced.”

What this means for Steam’s strategy

  • Valuing hardware parity with PC suggests Valve intends the Steam Machine to sit alongside desktops rather than undercut them.
  • It positions Valve as offering a premium, integrated hardware option to access Steam — like the Steam Deck did for handhelds, but with less emphasis on low launch pricing.
  • Valve retains flexibility: they can still adjust SKUs, storage options and promotions, but the commitment to non-subsidised pricing signals a different commercial calculus.

Quick takeaways

  • The Steam Machine will be priced like a comparable PC, not like a subsidised console.
  • Valve emphasises added hardware value (small form factor, low noise, TV integration) to justify that price.
  • Final prices are TBD because component costs are still volatile; speculation ranges widely but tends to sit above typical console launch prices.
  • Buyers need to weigh convenience and living-room integration against pure price-per-performance.

Final thoughts

Valve has earned goodwill by making clever hardware bets before (hello, Steam Deck). Saying the Steam Machine will track PC prices is honest and sets expectations early. It also reframes who the Steam Machine is for: not bargain hunters, but people who want a polished, compact, sofa-friendly PC experience without fiddling with mini-ITX builds or cables behind the TV. If you want the cheapest possible way to play PC games on a TV, building or buying a prebuilt PC may still win. If you want a tidy, Valve-curated living-room box that “just works,” you might be willing to pay for that convenience.

Sources

(Note: quotes and reporting above are drawn from Valve’s recent public comments and multiple technology outlets reporting on them.)



Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

Related update: We recently published an article that expands on this topic: read the latest post.

ASUS ProArt 6K Display for Mac users will be available in August, at a compelling price – 9to5Mac | Analysis by Brian Moineau

Posted on by Brian Moineau

ASUS ProArt 6K Display for Mac users will be available in August, at a compelling price - 9to5Mac | Analysis by Brian Moineau

Title: The ASUS ProArt 6K Display: A New Dimension for Mac Users

The tech world is buzzing with excitement as ASUS unveils its much-anticipated ProArt 6K Display, specifically designed for Mac users. Originally announced at Computex 2024 and later showcased at CES 2025, this display is set to hit the shelves in August, promising a high-quality experience at a compelling price point. But what makes this display stand out, and why should Mac users be particularly thrilled?

A Technological Marvel in the Making

The ASUS ProArt 6K Display isn't just another screen; it's a testament to ASUS's commitment to catering to the creative professionals who crave precision and excellence. With its 6K resolution, the display offers stunning clarity and color accuracy, which is essential for photographers, video editors, and designers. This move by ASUS indicates a strong competition with Apple's own Pro Display XDR, providing an alternative that blends seamlessly with the Mac ecosystem.

A Nod to the Creative Class

In recent years, there has been a noticeable shift toward devices that prioritize creative capabilities. Apple's consistent updates to its Mac lineup, particularly with the introduction of the M1 and M2 chips, have set a high bar for performance and efficiency. The ASUS ProArt 6K Display is a response to this trend, offering Mac users a tool that matches their need for quality and performance.

Connections in the Wider World

The release of the ASUS ProArt 6K Display aligns with a broader movement toward high-resolution displays across various industries. The rise of 4K and 8K content creation has made such advancements not just desirable but necessary. As streaming services like Netflix and Disney+ continue to produce content in these formats, the demand for displays that can handle such quality is only growing. Furthermore, the gaming industry is also seeing a push towards higher resolutions, with consoles like the PS5 and Xbox Series X supporting 4K and beyond.

An Eye on the Competition

While ASUS is making waves with this announcement, it's essential to keep an eye on the competition. Dell's UltraSharp series and LG's UltraFine displays are notable mentions in the high-resolution monitor market. Each brand offers unique features and compatibilities, pushing the envelope in terms of what professionals can expect from their display technology.

Final Thought: A Bright Future for Displays

The ASUS ProArt 6K Display is more than just a product launch; it's a signal of where the future of display technology is headed. As tech companies continue to innovate and compete, consumers benefit from improved quality and affordability. Mac users, in particular, have much to look forward to with this release. With a keen eye on the needs of creative professionals, ASUS has crafted a product that promises to enhance the way we view and create digital content. As we await its availability, one thing is clear: the future of high-resolution displays is brighter than ever.

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