$3,999 is the number on the Wccftech page for the iBUYPOWER PRO AMD AI Halo Mini PC, and it is the starting price for a system built around the Ryzen AI Max+ PRO 495, a 16-core, 32-thread Zen 5 mobile processor. The page, published October 9, 2026, is the only document in the packet that pairs a price, a chip, and a chassis in one specification. iBUYPOWER, a system integrator that has sold pre-built desktops and workstations for years, is shipping its first mini PC. The page does not assign a SKU to the product.

The memory ceiling is 128 GB of LPDDR5X at 8000 MT/s. Storage tops out at 8 TB across two M.2 2280 slots. Both figures carry the qualifier "up to," which means the $3,999 configuration does not necessarily include the full 128 GB or the full 8 TB. The page does not break out a base configuration. A buyer at the starting price gets a chassis, a chip, and a price tag, but the memory and storage that ship in the box are not itemized. The document treats the 128 GB and 8 TB as the maximum the platform can accept, not as the contents of the entry-level unit.

The I/O panel reads like a workstation compressed into a desktop box. Dual 10 G LAN ports sit alongside WiFi 7 and Bluetooth 5.4. Two USB4 40 Gbps Type-C ports handle the high-bandwidth side; USB 3.2 Gen 2 Type-A and USB 2.0 ports cover the rest. Display output is one DP 1.4 and one HDMI 2.1. For a chassis that fits on a desk, the port count is dense enough that a buyer should plan the cable run before the first connection. No Thunderbolt or proprietary connector appears in the list.

The integrated graphics is the Radeon 8065S, which the page notes carries higher clock speeds than the variant in the Ryzen AI Max+ 395. The distinction is chip-level, not system-level. The 8065S ships inside the 495, and the document does not give a separate TFLOP figure or a dedicated memory allocation for it. The 128 GB of LPDDR5X is shared between the CPU and the iGPU, and the page does not say how much of that pool the 8065S can claim. No theoretical peak is stated anywhere in the document.

The stretch between the starting price and the headline configuration is the gap the page leaves open. The 128 GB and 8 TB figures are ceilings, not the contents of the box at that price. A buyer who wants the full memory and storage would need to ask iBUYPOWER what the delta is, because the page does not list a second price tier. The configuration the headline number describes is the top of the range; the configuration the starting price buys is not itemized. The page says the system will be available "this quarter," which from October 2026 points to a Q4 window, but no exact ship date is printed.

The Wccftech page itself flags a competitive gap. It notes that Gorgon Halo-based mini PCs from other vendors offer up to 192 GB of unified memory, with 160 GB allocatable to the video memory side. The iBUYPOWER system caps at 128 GB. The gap is 64 GB at the ceiling, and it matters for anyone running local models that need a large unified memory pool. The document does not say whether the 128 GB figure is a hardware limit of the 495 or a board-level choice by iBUYPOWER. Strix Halo systems already on the market also offer 128 GB, so the iBUYPOWER unit matches that tier but trails the Gorgon Halo ceiling.

The buyer who walks into this at $3,999 is constrained by what the document does not say. There is no wattage figure, no SKU, no process node, no benchmark number. The 16 cores and 32 threads are the chip's identity, but the page does not report a sustained-clock measurement or a power draw under load. The buyer cannot tell whether the chassis thermal design will hold the 495 at its rated clocks or whether the 128 GB LPDDR5X will actually populate at 8000 MT/s in this particular board. The document proves a price and a chip pairing. It does not prove a performance floor. Whoever is buying this for a local inference workload is making a decision on a spec sheet, not on a measurement.

The Wccftech article bundles the iBUYPOWER launch into a broader mini PC narrative, naming MSI, Framework, and ACEMAGIC in adjacent links. That framing collapses a specific product decision into a category trend. The PRO AMD AI Halo is not a category entry in the abstract; it is one integrator's first attempt at a form factor it has not shipped before, and the page does not say whether the chassis is a custom design or a white-label board. The company's existing catalog is pre-built desktops and workstations, and this is the first time it is selling a box small enough to sit on a shelf.

What the document leaves out is the thermal envelope, the actual memory configuration at $3,999, the iGPU memory allocation, and any performance measurement. The page states a price, a chip, and a ceiling. It does not state what the machine does at 50 percent load, what the fan curve looks like, or whether the dual 10 G LAN ports sustain simultaneous transfer. A named computer with a chip, a memory figure, and a price is a starting point. The rest is still in the lab.

The document proves a price and a chip pairing but not a performance floor, so the buyer at $3,999 is making a decision on a spec sheet rather than a measurement. The 128 GB ceiling trails the 192 GB unified memory that Gorgon Halo systems already ship, which constrains anyone whose workload needs more than 128 GB of shared memory.

The document does not state a wattage, a process node, a SKU, a sustained-clock measurement, or any benchmark result for the iBUYPOWER PRO AMD AI Halo.

No wattage, no SKU, no node, no benchmark. The 128 GB LPDDR5X ceiling is 64 GB below the Gorgon Halo 192 GB unified memory figure. The buyer cannot verify thermal headroom or iGPU memory allocation from this document.