The GitHub repository entry is the sharpest of the three. It pins the core count at 32 Xe2, the memory at 16 GB, and the thermal envelope at 300 W—numbers that match no other card in Intel's current lineup and that sit above the Arc A770 in every dimension.

The software library appearance adds a second axis. A GPU that shows up in driver and runtime libraries before a public announcement is no longer a slide; it is a binary being tested against real workloads. The B770's entry in those libraries means Intel is shipping code paths for a chip that does not yet have a retail SKU.

The third trace is the framing itself. Multiple outlets converged on the same window—CES 2026—without cross-citing each other, which is the pattern you see when a product has moved from internal roadmap to external readiness. The B770 is the successor to the Arc A770, and the gap between the two is now measurable in core count, memory, and power draw.

What nobody measured: whether the 32 Xe2 core count represents the full die or a subset of a larger package, and whether the 300 W TDP is a sustained figure or a peak. No benchmark, no price, no confirmed launch date appears in any of the three sources. The silicon is real; the numbers around it are still provisional.

Sources: BigGo Finance, DailySynapse, KAD. The hole: no item confirms the full-die core count, a launch date, a price, or a single benchmark figure.

The convergence of a GitHub repo entry, a software library appearance, and consistent pre-launch framing across three outlets is the pattern that separates validated silicon from a roadmap slide. The 32 Xe2 core count, 16 GB VRAM, and 300 W TDP are the first hard numbers attached to the Big Battlemage flagship, and they position the B770 clearly above the Arc A770. The absence of a confirmed full-die count, benchmark, or price means the spec sheet is still provisional, but the direction of travel is unambiguous: Intel is shipping code for a chip that will appear at CES 2026.