The mini PC budget tier has a new entrant this week, and it is the first one built on Intel’s 18A process. Beelink unveiled three Wildcat Lake systems on May 27, and ECS announced an LIVA Z15 Plus with the same chip family on the same calendar week ahead of Computex. The spec sheets are everywhere already (see NotebookCheck, VideoCardz, and Beelink’s own press release); what nobody has done yet is tell a budget buyer whether this announcement should change what is in their cart this weekend.
The short answer is: probably not, unless you are shopping for a specific feature this generation finally puts at the budget price point. The long answer is what the rest of this piece is about.
What Wildcat Lake actually is, in plain spec terms
Intel’s Wildcat Lake is a low-power x86 platform announced earlier in 2026 for value laptops, edge devices, and now mini PCs. The Beelink lineup uses the entry-tier part in that family, the Intel Core 3 Processor 304. Reported specs (compiled by VideoCardz and corroborated by CNX Software and Tom’s Hardware coverage of Intel’s Wildcat Lake briefing) put it as a five-core part in a 1P plus 4LP layout (one Cougar Cove performance core, four Darkmont low-power efficiency cores) built on the 18A node, with one Xe GPU core, a 15 W base power rating, and a 35 W max turbo envelope. The AI compute breaks down as 15 TOPS on the NPU and 9 TOPS on the iGPU, for 24 TOPS combined. Intel’s ARK page for the SKU is not yet live, so treat these numbers as reported figures pending the official catalog entry.
That positioning is important. Wildcat Lake sits below Panther Lake, which is the higher-tier 2026 Intel platform we covered in the Panther Lake NUC + Arc B390 piece. And it sits above (or really, replaces) the Alder Lake-N family that gave us the popular N100, N150, and N305 chips in last year’s budget boxes. Liliputing’s coverage of the parallel ECS announcement makes the placement explicit: ECS is launching a Wildcat Lake box (the LIVA Z15 Plus) and a Twin Lake box (the LIVA Q4, with N150 or N250) the same week, because Intel wants the two to coexist for a while.
The Beelink press release leans hard on Intel’s process-node story: RibbonFET gate-all-around transistors, PowerVia backside power delivery, Cougar Cove and Darkmont cores. Treat all of that as Intel’s slide deck, repeated by a vendor. It is plausible (Phoronix has been tracking 18A enablement in the Linux kernel for months) but no third party has shipped independent benchmarks of the Core 3 304 yet, and the headline performance numbers below are Beelink’s claim, not anybody’s measurement.
The headline number Beelink is shopping around is 120 percent higher single-core performance and roughly 60 percent higher multi-core performance compared to the Core i3-N305. Take both with the usual vendor-benchmark caveat: nobody outside Beelink and Intel has run third-party benchmarks on the Core 3 304 yet, and the figures appear to come from Intel’s own slide rather than an independent test suite. If you have ever sat through a CES keynote, you have seen this movie before, and the gap between launch-deck performance claims and independently-measured numbers is often meaningful.
Even with that caveat, the architectural change is real. The N305 was eight Gracemont efficiency cores at 15W; the Core 3 304 is one Cougar Cove plus four Darkmont at the same 15W. Fewer cores, but a real performance core in the mix, which usually means snappier single-threaded responsiveness (the kind that makes browser tabs and Electron apps feel less laggy) at the cost of some peak multi-threaded throughput. The NPU is the larger change. The N305 had no on-die NPU; the Core 3 304 adds one and claims a combined 24 TOPS of AI compute when the NPU and iGPU run in parallel.
That 24 TOPS number sounds impressive until you compare it to Microsoft’s Copilot+ PC threshold, which is 40 TOPS on the NPU alone. Wildcat Lake misses that bar on purpose: it is the budget tier, and the Copilot+ badge sits in the Panther Lake and Lunar Lake tiers above it. For Windows 11 users hoping a $300 mini PC would unlock the same on-device AI features as a Copilot+ laptop, the answer is no, not this generation.
The three Beelink SKUs and who each one is for
Beelink’s three Wildcat Lake models all use the same Core 3 304, so the choice between them is not about CPU performance; it is about chassis, networking, and storage. The smallest is the EQ mini, a 112 by 112 by 37 mm box with LPDDR5 memory soldered on, two M.2 PCIe 4.0 SSD slots, dual USB4 ports, a single 10GbE NIC, and a 45 W internal power supply. Read that again, because it is unusual: a 10GbE port in a 1.5-inch-tall budget box is a feature that, in the prior generation, you had to step up to something like a MINISFORUM MS-01 or another pricier workstation-class mini PC to get.
The middle SKU is the EQi, a slightly larger 126 by 126 by 44.2 mm chassis that swaps in DDR5 memory support (which Beelink describes as upgradable, unlike the EQ mini’s soldered LPDDR5), adds a second 2.5GbE NIC alongside the 10GbE port, and bumps the internal PSU to 85 W. For anyone who runs a pfSense or OPNsense box, hosts a small Proxmox lab, or just wants the option to throw 64GB of DDR5 at it in two years, the EQi is the one to watch.
The third model is the ME Pro-2, which is the NAS-flavored sibling: 121 mm in two dimensions but 112 mm in the third, room for two 3.5-inch or 2.5-inch HDDs alongside one M.2 SSD, DDR5 memory, the same 10GbE plus 2.5GbE networking, and an external 120 W PSU. This is the successor to the Beelink ME Mini family that we covered when it launched: a low-power x86 alternative to a Synology DS224+ or a UGREEN DXP4800, with the home-server crowd in mind.
The shared spec list across all three is more interesting than the differences. Every SKU gets dual USB4 ports rated at 40 Gbps, 10GbE on at least one NIC, and UFS 3.1 onboard storage alongside the M.2 slots. UFS 3.1 is a category-step over the eMMC chips most budget mini PCs ship with: in practice it means the OS partition is on faster, more durable storage than the N100 / N305 generation gave you, which matters for anyone running a Linux distro that hammers the root partition.
How to compare against the box you would buy today
If you are reading this, there is a good chance you were already eyeing a current-generation N100, N150, or N305 mini PC. The plain read is that Wildcat Lake does not obsolete those choices for most workloads. An on-sale N100 box still browses Chrome and runs Plex transcodes and serves Home Assistant just as well as it did last week. The Beelink EQ12 is a fine example of the pattern, and it remains a category anchor at this price point.
Beelink EQ12 Mini PC
- +Sub-$250 street price
- +mature N100 platform
- +simple Linux support
- -No USB4
- -no 10GbE
- -no NPU
- -16 GB single-channel memory cap (N100 controller limit
- -not a soldering issue)
The case for waiting is narrower. There are three readers who genuinely benefit from holding out: anyone who needs a 10GbE NIC at the budget tier (Wildcat Lake is the first generation to put it there at all, pending Computex pricing; whether the EQ family lands where Beelink has historically priced it is the variable we are waiting on); anyone running local LLM inference on small models where the combined 24 TOPS (15 from the NPU plus 9 from the iGPU) shows up as a real speedup (worth a look at our local LLM mini PC guide for context on what 24 TOPS does and does not buy you); and anyone whose workload is bottlenecked on single-threaded performance, where Beelink’s claimed 120 percent uplift, even if the real-world delta lands meaningfully smaller, would be felt every day.
For everyone else, the buy-vs-wait calculus collapses into one variable: pricing. Beelink has not announced street prices yet, and the Computex window is the most likely moment we will see them. If the Wildcat Lake EQ mini lands at $299 to $349 (which is roughly where the EQi12 family slots in today), it competes directly with current N305 boxes and the decision is easy. If it lands at $399 to $479, it has crept into a different segment and competes with the Beelink SER-series AMD boxes, which have more cores, more graphics, and a Ryzen-shaped power envelope. The candid answer is we do not yet know which of those two outcomes lands.
The Linux compatibility story (and why home-server readers should care)
Michael Larabel at Phoronix put it succinctly when CHUWI announced their $449 Wildcat Lake laptop the same week: “Wildcat Lake’s Linux support should be in good shape at this stage.” His “should” is doing some work in that sentence. Independent benchmarks of the Core 3 304 on Linux are not in yet, and the Wildcat Lake enablement for the kernel has been landing in pieces over the last six months. But the early signal is positive enough that the self-hosting and home-server segment of our readership (the same crowd we wrote the self-hosting renaissance piece for) should not be afraid that this generation is going to be a driver nightmare.
The cross-vendor signal helps. CHUWI is shipping a Wildcat Lake laptop using the same Core 3 304, ECS is shipping a desktop-form Wildcat Lake LIVA, and Beelink is shipping three mini PCs. They are presumably all using the same reference kernel and the same Intel firmware blobs, which means a Linux distro that boots cleanly on the CHUWI UniBook should boot cleanly on the Beelink EQ mini too. We will know for sure when Phoronix gets their review samples; until then, treat Linux support as a likely yes rather than a confirmed yes.
This is also where Wildcat Lake’s positioning relative to ARM matters. The other half of the 2026 fanless mini PC story is on the Qualcomm side, which we covered in the Snapdragon X2 ARM piece. For a Linux home server, x86 with mature kernel support is still the path of least resistance; ARM is improving but the binary ecosystem is not yet at parity for the kind of workloads (Proxmox, ZFS, Docker images compiled for x86_64, random vendor binaries) that a home-lab reader actually runs. Wildcat Lake keeps the budget x86 option alive at low power, which is the news that matters more than the AI marketing.
So what should you actually do this weekend?
Three concrete recommendations follow, in descending order of how many readers each one applies to. The first one applies to most people reading this: if you need a mini PC today and your job is “make a browser, an Electron app, and maybe a small Plex server happy,” buy a current-generation Beelink, MINISFORUM, or GMKtec box that is on sale and stop refreshing tech-news sites. Wildcat Lake will not change what your workload feels like, and the seven-to-twelve-week wait for pricing, listings, and stock is not worth it. The N100 and N305 platforms have a year of price discovery behind them; the Wildcat Lake EQ mini does not yet, and the first batch of street prices on a freshly-launched part is almost always higher than where it ends up six months later.
Beelink EQi12
- +Internal 85W PSU (no external power brick)
- +dual PCIe 4.0 NVMe slots up to 4TB
- +24GB LPDDR5-5200 standard
- -Gigabit-only LAN (the Wildcat EQi adds 10GbE plus 2.5GbE)
- -soldered LPDDR5 (no RAM upgrade path)
- -no USB4
Second, if your specific reason to upgrade is a 10GbE port at the budget tier (the home NAS feeding a workstation, the small video editor pulling RAW off a network share, the homelab pulling backups from a multi-drive NAS), wait for the Beelink EQ mini or EQi Wildcat Lake variant and accept that you are buying a vendor-claimed performance envelope until the third-party reviews land. The 10GbE NIC is the differentiator; everything else is gravy. Bear in mind that any 10GbE-capable mini PC also needs a 10GbE-capable switch and 10GbE NICs on the other end of the wire; a Wildcat Lake box plugged into a 2.5GbE switch is just an expensive 2.5GbE box.
Third, if you were specifically eyeing a home-server NAS box like the Beelink ME Mini, the ME Pro-2 successor is worth waiting for, because the upgrade is concrete: 2 USB4 ports, dual-LAN with 10GbE, DDR5 instead of LPDDR5, and the same chassis story. For the always-on workload, the process-node story matters more than for a desktop: Intel says 18A’s RibbonFET transistors and PowerVia backside power delivery improve power efficiency over the previous FinFET node, and an always-on box that runs 24 hours a day is exactly where any genuine idle-power delta would show up across a year of electricity bills. The Beelink press release does not yet publish an idle-power figure, so this is one of the first numbers we will be watching for once independent reviewers can put a Wildcat Lake unit on a meter. A Core 3 304 box that idles below 5 W under Linux would be a meaningful step over the current N100 / N305 generation, which typically sits closer to 7 to 9 W idle once the iGPU’s display engine wakes up.
Beelink ME Mini
- +Quiet
- +low idle power
- +room for SSDs (and now HDDs in the Pro-2 successor)
- -Current ME Mini is N100-class; the ME Pro-2 will be the meaningful step up
We will revisit this once Beelink and ECS publish street prices (the most likely window is the week of Computex 2026) and once Phoronix and the usual third-party benchmark crowd publish independent numbers. Until then, the right move for most budget mini PC readers is to keep the current shortlist intact and treat Wildcat Lake as a known future, not an immediate decision. We will be the first to update this piece when those numbers change.
