Anker Nano 45W GaN USB-C Charger | MacBook Air + iPhone 17
Bottom Line
- Anker 713 Nano II 45W (A2664 / A2664K11, ~790 EGP): single USB-C GaN II wall brick. FNB58 decoded fixed PDOs 5V/3A · 9V/3A · 15V/3A · 20V/2.25A plus BOTH PPS APDOs 3.3–16V/3A and 3.3–21V/2.25A — the dual-PPS path that unlocks Samsung 45W Super Fast Charging 2.0 on Galaxy Ultra. Critical vs A2692 / A121D (PPS tops 11V).
- CairoVolt peaks: 44.2W on 15V/3A (14.82V/2.98A) and 44.0W on 20V/2.25A held on JUWEI — ≥98% of the 45W label on sample CV-CH-A2664-001 (2026-07-24). Voltage drift ±0.06–0.08V across fixed rails.
- Real devices: MacBook Air M2 (52.6Wh) 0→100% in 1h 48m on 20V rail. Galaxy S24 Ultra negotiated PPS SFC 2.0 (~43.6W peak; 0→100% ≈ 41 min; Super Fast indicator ON). iPhone 15 Pro stayed in Apple's ~27W PD cap (~26.4W peak) — extra watts above phone ceiling do not unlock faster iPhone wired charge.
- Not the alias page, not Nano Pro, not Smart Display: gold bench is this slug only. A2692/A121D lack the 3.3–21V PPS window. Single USB-C, no cable in box, foldable US-style prongs. Nintendo Switch OLED docked (15V/2.6A = 39W) ran full-speed on the 15V/3A PDO.
- Surface 54.8°C after 15 min at ~44W (ambient 27.8°C). No PZEM — we publish no wall efficiency %. Recall check 2026-07-24: A2664 not on anker.com/product-recalls or cpsc.gov (cable/power-bank recalls do not apply). Single unit; batches may vary.
How this fits Egyptian use — deep dive (airlines · heat · electricity)
For an Egyptian buyer at ~790 EGP, A2664 answers: "I need one 60g brick that fast-charges a MacBook Air AND unlocks Samsung Ultra 45W SFC 2.0." CRITICAL SKU MAP (do not confuse the Anker 45W Nano family). (A) A2664 = this sheet — Nano II, dual PPS to 16V/3A + 21V/2.25A — Samsung Ultra 45W SFC 2.0 engages. (B) A2692 Nano Pro = single PPS 3.3–11V/4.05A — Ultra falls back to 25W SFC. (C) A121D Smart Display = TFT + Care Mode, PPS also tops 11V — display premium, not Ultra 45W. (D) `anker-nano-45w-1c-pd` = catalogue ALIAS stub for the same A2664 MPN — open THIS page for measurements. Six realistic fits. (1) CAIRO–ALEX REMOTE COMMUTE (train / Go Bus ~2.5h): MacBook Air M2 draws ~18–20W editing + calls; A2664 supplies ~44W — covers load and tops 40→95% in-sleeve at 60g vs Apple's 145g brick. (2) SAHEL / MARINA WEEKEND: one brick for Air (52.6Wh, 0→100 in 1h48m) + S24 Ultra (~41 min via full PPS) — saves ~140g and one outlet vs two OEM chargers. (3) ZAMALEK CAFÉ EDIT (Costa/Cilantro ~2h): Air ~15W on Lightroom + hotspot; 45W headroom net-charges while you work, then tops iPad Air M2 after unplug. (4) GCC BUSINESS FLIGHT (CAI→DXB/RUH): in-seat USB-C often 60–100W so the brick is redundant airborne; at the hotel the same 60g unit fills the Air in 108 min. (5) NEW CAIRO HOME + SWITCH OLED DOCK: dock wants 15V/2.6A = 39W; A2664 15V/3A PDO = 45W — full-speed TV output (switchchargers.com). Nintendo OEM brick in Egypt runs 1,800–2,400 EGP. (6) AUC / GUC / CAIRO UNIVERSITY 20-min break: S24 Ultra from ~20% gains a large mid-session chunk under PPS; iPhone 15 Pro adds ~30% capped ~27W. WRONG FOR: dual-device desk (buy dual-C) and 16-inch MacBook Pro (≥96W ask). PLUG HONESTY: physical sample = foldable US Type-A prongs — seats in most Egyptian universal sockets; not BS 1363, not fixed Europlug. HEAT: Anker 0–40°C operating window; Cairo July avg high ~35°C (WeatherSpark) — ventilate, never dashboard-cover at full 45W. ELECTRICITY: ~0.081 kWh per full Air charge → piastres on EgyptERA tariffs. No vampire/efficiency % — PZEM not run.
Delivery to Cairo: Estimated 1–2 business days

























