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description= The chip-to-model-to-board-to-voltage-domain database for every Bitcoin mining ASIC: Bitmain BM-series, MicroBT, Avalon + the Bitaxe chips. Substitution & counterfeit notes. Free CSV/JSON.;
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microbt, chip_id, avalon, chip, the, asic, mining, database, details, substitution, pair, bonding, counterfeit, notes, corrections, rest, of, web, gets, wrong, frequently, asked, questions, related, products, repair, and, setup, paths, printable, quick, reference, cards, bm1385, bm1387, bm1391, bm1393, bm1397, bm1396, bm1398, bm1362, bm1366, bm1368, bm1370, bm1373, bm1485, bm1489, k1, 0x1000, k2, 0x1800, k3, 0x1920, a3200c, plus, a3198s, a3197s,
Text of the page (most frequently used words):
the (277), chip (157), per (147), domain (85), board (73), and (71), voltage (65), unverified (56), core (53), model (52), bitaxe (50), antminer (49), mining (48), s21 (41), asic (38), s19 (36), s17 (36), bitmain (35), not (35), pro (33), silicon (32), never (31), avalon (29), firmware (28), cross (28), runs (28), rail (28), chips (28), with (27), used (26), are (26), repair (26), verified (26), family (26), substitution (25), 7nm (25), boards (24), only (24), sha (24), 256 (24), reference (23), ldos (23), vcore (23), pair (23), counterfeit (23), 5nm (23), t17 (22), down (22), set (22), bitcoin (21), stepped (21), clone (21), bonding (21), miners (20), open (20), single (20), watch (20), regulators (20), figure (20), for (19), database (19), microbt (19), generation (19), bm1397 (19), bm1370 (19), gamma (19), named (18), central (17), source (17), hashboard (17), whatsminer (17), chip_id (17), miner (15), guide (15), this (15), verify (15), gen (15), die (14), full (14), 2026 (13), control (13), pic (13), bm1368 (13), master_chip_catalog (13), projected (13), s19j (13), from (12), bm1387 (12), solo (11), spec (11), hardware (11), one (11), different (11), that (11), bm1393 (11), supra (11), scrypt (11), shop (10), canaan (10), part (10), same (10), bm1398 (10), beta (9), hub (9), bm1396 (9), but (9), s9j (9), 0x1387 (9), series (9), documented (9), support (8), space (8), bench (8), bm1391 (8), both (8), bm1366 (8), 28nm (8), use (7), data (7), home (7), specs (7), uses (7), register (7), refinement (7), controller (7), 114 (7), ultra (7), plus (7), its (7), see (7), since (6), canada (6), dcent (6), sovereign (6), about (6), parts (6), accessories (6), flagship (6), card (6), cooling (6), hydro (6), bible (6), they (6), interchangeable (6), era (6), most (6), class (6), host (6), m20s (6), any (6), failing (6), book (6), layout (6), domains (6), s23 (6), readback (6), base (6), varies (6), driver (6), compatible (6), calculator (6), can (5), all (5), laval (5), tech (5), products (5), shipping (5), contact (5), power (5), comparison (5), compare (5), here (5), heaters (5), buy (5), quick (5), before (5), immersion (5), device (5), numbers (5), disambiguation (5), reports (5), two (5), value (5), encrypted (5), than (5), mm319 (5), match (5), air (5), liquid (5), populate (5), 3nm (5), 0x1920 (5), cgminer (5), 16nm (5), 0x1800 (5), line (5), bm1373 (5), every (5), distinct (5), dies (5), own (5), first (5), 0x1396 (5), models (5), across (4), our (4), site (4), your (4), policy (4), quebec (4), flasher (4), hosting (4), cost (4), field (4), manual (4), blog (4), start (4), buying (4), error (4), local (4), free (4), sources (4), attribution (4), share (4), was (4), entire (4), does (4), side (4), some (4), carries (4), differ (4), tables (4), rather (4), m50 (4), m60 (4), stock (4), cores (4), number (4), m12 (4), 0x1000 (4), chain (4), hashboard_diagnostics (4), confirmed (4), marked (4), 0x1370 (4), variant (4), turbo (4), harvested (4), shared (4), 0x1397 (4), 184 (4), tools (4), preferences (3), how (3), which (3), cookies (3), you (3), hackers (3), 2016 (3), 855 (3), 753 (3), 9997 (3), web (3), toolbox (3), dcent_torrent (3), dcent_voice (3), dcent_axe (3), dcent_os (3), suite (3), fund (3), stack (3), built (3), fault (3), academy (3), glossary (3), eos (3), tracker (3), calculators (3), learn (3), heater (3), print (3), pdf (3), pager (3), last (3), june (3), maintenance (3), profitability (3), guides (3), repairs (3), architecture (3), matrix (3), codes (3), updated (3), 1397 (3), under (3), dataset (3), ids (3), normal (3), removed (3), ships (3), reading (3), because (3), correct (3), regulator (3), output (3), whole (3), lower (3), regulated (3), frequency (3), bm1371 (3), frequently (3), public (3), has (3), module (3), type (3), freq (3), mm318_x2 (3), their (3), mm317 (3), older (3), high (3), cloned (3), chip_num (3), mix (3), m19 (3), m20 (3), extension (3), default (3), 2020 (3), 2019 (3), legacy (3), 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current (2), a15 (2), a15x (2), a15xi (2), a1566hs (2), 2024 (2), a3197s (2), mm318 (2), marking (2), a14 (2), a14x (2), a14xi (2), a1466hs (2), 2023 (2), refined (2), a3198s (2), publish (2), generations (2), industrial (2), a1346 (2), a1346n (2), 2021 (2), a3200c (2), modern (2), newer (2), config (2), stores (2), 105 (2), silk (2), screen (2), published (2), m10 (2), m11 (2), confirm (2), v10 (2), v50 (2), 2018 (2), path (2), chains (2), litecoin (2), dogecoin (2), 2017 (2), level (2), rumored (2), 0x1373 (2), teardown (2), internals (2), genuine (2), probe (2), gpio (2), reset (2), date (2), efficiency (2), listings (2), sometimes (2), package (2), s19k (2), s19xp (2), 2022 (2), revision (2), sticker (2), 0x1362 (2), registered (2), dispatch (2), population (2), s19a (2), t19 (2), between (2), identity (2), mapped (2), onto (2), within (2), 056 (2), genealogy (2), asics (2), market (2), check (2), command (2), hardware_reference (2), s17e (2), t17e (2), mis (2), wire (2), 054 (2), 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Text of the page (random words):
ntral tech bitcoin accepted search bitaxe space heaters asic repair firmware home asic chip database asic mining chip database the chip to model to board to voltage domain graph for bitcoin mining asics every bitmain bm series die plus microbt whatsminer and canaan avalon chip families and the single chip boards the bitaxe uses process node host models chips per board voltage domains substitution compatibility and counterfeit notes free csv json bible verified quick answer each bitcoin asic chip drives specific miner models the s17 t17 generation uses the bm1397 the s19 family the bm1398 and the 5nm s21 the bm1368 while the s21 pro xp and the bitaxe gamma use the bm1370 voltage is regulated per voltage domain never per chip and each chip reports two correct voltages the per domain rail the regulator output e g 1 04 v on a bm1370 s21 xp and the lower per chip core vcore the silicon runs at 0 40 v for the bm1370 set by on board ldos the s21 generation has no pic controller verify a board by its chip id readback and chips per domain layout not by the model sticker the bitaxe gamma is bm1370 the supra bm1368 the ultra bm1366 dataset v1 1 updated 2026 07 12 20 chip families cc by 4 0 methodology api json last reviewed june 2026 20 chips download csv json chip maker node models chips board domains per domain rail v per chip core v efficiency chip id bm1385 bitmain 28nm antminer s5 s7 45 or 54 s7 variants unverified unverified unverified 200 j th bm1387 bitmain 16nm antminer s9 s9i s9j t9 63 21 0 40 v per domain unverified 98 j th 0x1387 bm1391 bitmain 7nm antminer s15 t15 s9 se in some sources 72 12 1 53 v per domain unverified 57 j th 0x1387 shared bm1393 bitmain 7nm antminer s9j s9 family refinement 63 s9 family 21 s9 family 0 40 v per domain unverified 68 j th 0x1387 shared bm1397 bitmain 7nm antminer s17 s17 pro t17 s17e t17e entire s17 t17 base e generation 48 s17 12 1 55 v per domain s17 varies 40 55 j th s17 40 s17 45 t17 55 0x1397 bm1396 bitmain 7nm antminer s17 t17 65 s17 12 1 55 v per domain unverified 36 j th 0x1396 bm1398 bitmain 7nm antminer s19 76 chip s19 pro 114 chip s19j s19a t19 76 s19 114 s19 pro 38 0 36 v s19 0 32 v s19 pro unverified 29 5 j th 0x1398 bm1362 bitmain 5nm antminer s19j pro s19j pro 126 s19j pro firmware verified unverified unverified 0 32 v per chip core 21 5 j th 0x1362 bm1366 bitmain 5nm antminer s19 xp s19k pro s19xp hydro bitaxe ultra hex supra single chip varies varies varies 0 40 v per chip core 21 5 j th 0x1366 bm1368 bitmain 5nm antminer s21 t21 s21 hydro bitaxe supra single chip 108 s21 12 1 2 v per domain 1 2 v per chip core 17 5 j th 0x1368 bm1370 bitmain 5nm antminer s21 pro s21 xp s21 bitaxe gamma gamma turbo single chip 91 s21 xp 13 s21 xp 1 04 v per domain s21 xp 0 40 v per chip core 15 j th 0x1370 bm1373 bitmain 5nm 3nm projected antminer s23 shipping since jan 2026 chip internals projected projected projected projected projected projected sub 15 j th target 0x1373 bm1485 bitmain 28nm antminer l3 l3 72 12 0 80 v per domain unverified 1 6 j mh bm1489 bitmain 7nm antminer l7 120 per chain 4 chains unverified unverified unverified 0 36 j mh microbt k1 chip_id 0x1000 microbt 28nm legacy whatsminer m1 m2 m3 m5 m6 m7 m3 v10 v50 per model unverified unverified unverified see model spec 0x1000 microbt k2 chip_id 0x1800 microbt 16nm whatsminer m8 m10 m11 m12 m8 m12 line per model unverified unverified unverified see model spec 0x1800 microbt k3 chip_id 0x1920 microbt 7nm whatsminer m19 m20 m20s and the m50 m60 5nm 3nm extension per model m20s 105 unverified unverified unverified see model spec 0x1920 avalon a3200c plus canaan avalon 7nm older avalon a1346 a1346n mm317 control per model unverified unverified unverified see model spec avalon a3198s canaan avalon 7nm refined avalon a14x a14xi a1466hs mm318_x2 control air liquid per model unverified unverified unverified see model spec avalon a3197s canaan avalon 5nm class avalon a15x a15xi a1566hs mm319 control air liquid per model unverified unverified unverified see model spec chip details substitution pair bonding counterfeit notes bm1385 28nm documented bitmain gen 0 s5 s7 era sha 256 2015 used in antminer s5 s7 voltage per domain rail unverified per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model first generation 28nm sha 256 silicon long obsolete no live cross substitution path with any later chip pair bonding single generation part not mixed with later silicon counterfeit clone watch decade old chips are sometimes re marked and sold as a newer generation verify the package date code and on board chip count against this table before buying any s5 s7 era board board with this chip failing book a hashboard repair bm1387 16nm bench verified bitmain gen 1 s9 family sha 256 2017 used in antminer s9 s9i s9j t9 full bm1387 reference voltage per domain rail 0 40 v per domain per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model the whole s9 family including the s9 se bm1391 and s9j bm1393 refinements reports the same 0x1387 chip id and speaks the identical bm1387 command register surface those are silicon binning process shrink variants register compatible with bm1387 for every wire format purpose verified bm1391 bm1393 vs bm1387 disambiguation pr 054 pair bonding s9 family chips are interchangeable at the protocol layer but mixing dies of different bins on one board changes the achievable frequency voltage envelope keep a board single bin counterfeit clone watch the s9 was the most cloned mining board in history re balled and harvested bm1387 dies are common on the used market cross check the 63 chip 21 domain layout and the u3 pic pic16f1704 before trusting a refurbished s9 board board with this chip failing book a hashboard repair bm1391 7nm named only bitmain s9 family refinement sha 256 2018 used in antminer s15 t15 s9 se in some sources full bm1391 reference voltage per domain rail 1 53 v per domain per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model a 7nm refinement of the s9 line the runtime keys it on the same 0x1387 chip id and shares the bm1387 driver it is register compatible with bm1387 not a separate dispatch identity the s15 t15 host attribution is the curated reference consensus some firmware corpus rows fold bm1391 under the s9 se pair bonding register compatible with the s9 family do not mix bm1391 boards with bm1387 boards in one miner without re confirming the per model frequency table counterfeit clone watch less commonly cloned than bm1387 but the same caution applies verify the chip id readback and board geometry rather than trusting a silk screen mark bm1393 7nm named only bitmain s9j variant named only sha 256 2019 used in antminer s9j s9 family refinement voltage per domain rail 0 40 v per domain per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model important bm1393 is an inferred named only s9j family refinement that reports the same 0x1387 chip id and runs on the shared bm1387 driver it is not the s17 t17 chip the s17 t17 generation uses the 7nm bm1397 see below older references that list bm1393 s17 t17 are incorrect d central corrects that here verified pr 054 disambiguation master_chip_catalog hardware_reference pair bonding treated by firmware as s9 family silicon 0x1387 never wire a bm1393 marked board to an s17 t17 control board expecting it to enumerate counterfeit clone watch because bm1393 is widely mis documented as an s17 chip mis labelled boards circulate trust the chip id readback and the s9 family geometry not the printed model name bm1397 7nm documented bitmain gen 2 s17 t17 sha 256 2019 used in antminer s17 s17 pro t17 s17e t17e entire s17 t17 base e generation full bm1397 reference voltage per domain rail 1 55 v per domain s17 per chip core varies regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model the entire s17 t17 base and e generation uses the 7nm bm1397 672 cores 0x51 0x41 command header family it is the registered production driver for 0x1397 verified master_chip_catalog l16 hardware_reference the bm1396 1397 disambiguation pr 056 the chip genealogy bible pair bonding bm1397 and bm1396 the s17 t17 plus chip are register compatible within the same 0x51 0x41 header family but are distinct chip ids firmware dispatches on the getaddress word and a 0x1396 die is never silently mapped onto the 0x1397 driver do not cross populate boards between the base e and the plus generation counterfeit clone watch bm1397 is one of the most studied mining asics and is open documented mujina harvested s17 era dies are heavily recycled the s17 generation was notorious for thermal failures so tested working bm1397 boards on the used market warrant a full bench check board with this chip failing book a hashboard repair bm1396 7nm named only bitmain gen 2 s17 t17 plus sha 256 2020 used in antminer s17 t17 full bm1396 reference voltage per domain rail 1 55 v per domain per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model the plus sibling of bm1397 hosting the s17 t17 it is register compatible with bm1397 within the bm1397 era 0x51 0x41 header family but carries its own 0x1396 chip id verified bm1396 1397 disambiguation pr 056 chip genealogy bible pair bonding distinct identity from bm1397 a 0x1396 die enumerates as its own chip and is never mapped onto the bm1397 driver keep s17 t17 boards on their own family do not mix with base s17 bm1397 boards counterfeit clone watch frequently conflated with bm1397 in marketplace listings verify the chip id readback 0x1396 vs 0x1397 and the s17 t17 host attribution before swapping a board between platforms bm1398 7nm bench verified bitmain gen 3 s19 family sha 256 2020 used in antminer s19 76 chip s19 pro 114 chip s19j s19a t19 full bm1398 reference voltage per domain rail 0 36 v s19 0 32 v s19 pro per chip core unverified regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model the s19 76 chips 2 chips domain and the s19 pro 114 chips 3 chips domain both use bm1398 on a 38 domain board the difference is chip population per domain not a different chip verified hashboard_diagnostics 1 3 master_chip_catalog pair bonding a genuine bm1398 board is dispatch compatible but an s19 board and an s19 pro board are not interchangeable wholesale they differ in chip population domain wiring and boost topology match the board to the model counterfeit clone watch the s19 line is the most traded used asic harvested bm1398 dies and re worked boards are everywhere confirm the 76 vs 114 chip layout and the dspic33ep voltage controller before paying for a pro board with this chip failing book a hashboard repair bm1362 5nm bench verified bitmain gen 4 s19j pro family sha 256 2022 used in antminer s19j pro s19j pro full bm1362 reference voltage per domain rail unverified per chip core 0 32 v per chip core regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model bitmain s first 5nm sha 256 die used in the s19j pro s19j pro a distinct 0x1362 chip id with its own registered driver verified master_chip_catalog driven s19j pro 66 th s sustained on the bench pair bonding not interchangeable with the 7nm bm1398 s19 boards despite the shared s19 badge different node different chip id different board match the board to the exact s19j pro revision counterfeit clone watch the s19j pro badge spans both 7nm and 5nm silicon depending on revision verify the chip id readback rather than the model sticker board with this chip failing book a hashboard repair bm1366 5nm documented bitmain gen 4 s19 xp first 5nm flagship sha 256 2022 used in antminer s19 xp s19k pro s19xp hydro bitaxe ultra hex supra single chip full bm1366 reference voltage per domain rail varies per chip core 0 40 v per chip core regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model bitmain s first 5nm flagship die s19 xp the single chip variant is the heart of the bitaxe ultra and one chip per cell in the bitaxe hex supra proving a full antminer asic can drive a sovereign solo miner verified bible facts master_chip_catalog first share on a bitaxe class board 2026 03 19 pair bonding in a bitaxe ultra it runs as a single chip on its own board in an antminer xp board it is daisy chained do not transplant an xp harvested die into a bitaxe board package and board design differ counterfeit clone watch on the bitaxe side clone boards using questionable bm1366 sourcing exist on the antminer side the xp is a premium target for re marked dies in both cases verify the chip id and source provenance shop the bitaxe that runs this chip bm1368 5nm bench verified bitmain gen 5 s21 t21 sha 256 2023 used in antminer s21 t21 s21 hydro bitaxe supra single chip full bm1368 reference voltage per domain rail 1 2 v per domain per chip core 1 2 v per chip core regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on board ldos substitution cross model a major architectural shift 6 7x per chip hashrate 1 2 v domains up from 0 4 v and no pic controller removed this generation the single chip variant powers the bitaxe supra verified hashboard_diagnostics 1 3 108 chips 12 domains no pic known baseline supra bm1368 pair bonding s21 bm1368 and s21 xp pro bm1370 are different 5nm chips on different boards same family badge distinct chip ids 0x1368 vs 0x1370 never cross populate s21 boards have no pic so never gpio reset them like an s9 s19 probe the voltage controller instead counterfeit clone watch the s21 is the current high value target because it carries no pic a missing pic is normal not a defect counterfeit listings sometimes claim the opposite verify the 108 chip 12 domain layout and the cv1835 control board shop the bitaxe that runs this chip bm1370 5nm documented bitmain gen 5 s21 pro xp flagship 5nm sha 256 2024 used in antminer s21 pro s21 xp s21 bitaxe gamma gamma turbo single chip full bm1370 reference voltage per domain rail 1 04 v per domain s21 xp per chip core 0 40 v per chip core regulators set voltage per domain never per chip the core figure is the vcore the silicon runs at stepped down by on boa...
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