The AMD server specification page has no figure, only a table that lists the Opteron 6204 as a four-core, four-thread G34 part. The table also names the Opteron 6200 Series and carries a sort weight of 200. Its base clock is 3.3 GHz, its L3 cache is 16 MB, and its default TDP is 115 W.

This is a legacy server CPU, not an AI accelerator. The numbers constrain a buyer to an old G34 socket and DDR3 memory, so the part cannot be used as evidence for current server or accelerator claims. The document does not prove performance, price, yield, or node. It also leaves out boost clocks, cTDP, PCIe lanes, memory channels, launch date, and 1kU pricing, which are the fields a buyer would need for a current platform decision.

The frame is narrow and plain. The compare table shows one legacy part, not a launch, not a partnership, and not a market story. Empty fields are as important as filled ones, because they mark the boundary of what AMD chose to display.

What remains unmeasured is the part's real system behavior. The page gives no max boost, all-core boost, default CPU power, configurable TDP, socket count, PCIe version, PCIe lanes, or memory channels. Without those fields, a buyer cannot compare it against a modern server platform. A fab cannot infer process, die size, or thermal headroom from the table.

The document constrains the buyer to a legacy G34/DDR3 platform and proves nothing about current AMD AI hardware. It leaves out the fields needed to compare the part with a modern server or accelerator.

The document leaves out max boost, all-core boost, cTDP, PCIe version, PCIe lanes, memory channels, launch date, and 1kU pricing.

A G34, DDR3, 115 W, four-core part is a legacy server SKU; without boost, cTDP, PCIe, memory channels, price, or node, it cannot support a current platform or fab inference.