Bitdeer（BTDR）用新的ASIC芯片體系結構破壞了現狀

應用特定的集成電路（ASIC）芯片構成了比特幣（BTC）採礦業的骨幹。

Application-specific integrated circuit (ASIC) chips form the backbone of the bitcoin (BTC) mining industry. ASIC machines are made for a single purpose: To solve Bitcoin's SHA-256 algorithm as fast as possible in order to collect block rewards.

應用特定的集成電路（ASIC）芯片構成了比特幣（BTC）採礦業的骨幹。 ASIC機器是為了一個目的：盡可能快地解決比特幣的SHA-256算法以收集塊獎勵。

They’re extremely good at it. One of the most widely used ASIC machines, the Antminer S19, is capable of making 82 trillion computations per second — 820 times the number of stars in the Milky Way. The $30 billion ASIC manufacturing market is dominated by Bitmain. The Chinese company's machines power roughly 80% of Bitcoin's hashrate, according to TheMinerMag.

他們非常擅長。使用最廣泛的ASIC機器之一Antminer S19能夠每秒進行82萬億個計算，這是銀河系中恆星數量的820倍。 300億美元的ASIC製造市場由Bitmain主導。根據Theminermag的說法，這家中國公司的機器大約是比特幣的哈希雷特的80％。

But Singapore-based bitcoin mining firm Bitdeer (NASDAQ: BTDR) intends to shake things up with the release of a new ASIC chip architecture. These new chips could bring a huge jump in efficiency, the company claims, while improving transparency in the ASIC manufacturing process.

但是總部位於新加坡的比特幣採礦公司比特（NASDAQ：BTDR）打算隨著新的ASIC芯片建築的發布而動搖。該公司聲稱，這些新芯片可能會帶來巨大的效率，同時提高了ASIC製造過程中的透明度。

"The two dominant players [Bitmain and MicroBT] are both private companies, and very opaque," Jeff LaBerge, head of capital markets and strategic initiatives at Bitdeer, told CoinDesk in an interview. "They don't really engage with the media or give any type of guidance about what they're doing from an R&D standpoint, and that makes it very difficult for end-buyers to plan."

Bitdeer資本市場和戰略計劃主管Jeff Laberge在接受采訪時告訴Coindesk：“ [Bitmain和Microbt的兩個主要參與者都是私營公司，而且非常不透明。” “他們並沒有真正與媒體互動，也沒有為他們從研發的角度提供任何類型的指導，這使最終購買者很難計劃。”

"We want our customers to know where we're at in our manufacturing process, what our roadmap is in terms of new chip designs, where we're at in our production cycles," LaBerge said.

Laberge說：“我們希望客戶知道我們在製造過程中的位置，在新芯片設計方面的路線圖，我們在生產週期中所處的位置。”

Shanon Squires, chief mining officer at bitcoin hosting firm Compass Mining, told CoinDesk that increased visibility into ASIC production would help miners plan new hardware shipments and make it easier to predict Bitcoin's difficulty growth. "Bitdeer's commitment to transparency is great for the mining industry," she said.

比特幣託管公司Compass Mining的首席礦業官Shanon Squires告訴Coindesk，Coindesk對ASIC生產的可見性將有助於礦工計劃新的硬件運輸，並使預測比特幣的難度增長變得更加容易。她說：“比特爾對透明度的承諾對採礦業非常有用。”

"While Canaan discloses its annual sales volume for various mining models, Bitdeer takes it a step further by providing more frequent delivery volume updates," Wolfie Zhao, head of research at TheMinerMag, told CoinDesk. "Although both are smaller players in the hardware market, their efforts show good faith in promoting transparency. Hopefully, this will encourage the larger market incumbents to take note."

Theminermag研究負責人Wolfie Zhao告訴Coindesk：“儘管Canaan披露了各種採礦模型的年度銷售量，但Bitdeer通過提供更頻繁的交付量更新，將其進一步邁出了一步。” “儘管兩者都是硬件市場中較小的參與者，但他們的努力在提高透明度方面表現出了真誠的信心。希望，這將鼓勵較大的市場現任人注意。”

ASIC chips have used mostly the same blueprint since 2014. Over the last decade, the biggest increases in ASIC power efficiency have come at the foundry level, as leading global chipmaker TSMC has been refining its manufacturing process. While miners have also made alterations to chip design, modifications that have brought only incremental gains.

自2014年以來，ASIC芯片主要使用了相同的藍圖。在過去的十年中，ASIC功率效率的最大提高是在鑄造級上的，因為領先的全球芯片製造商TSMC一直在完善其製造過程。雖然礦工也對芯片設計進行了更改，但修改只帶來了增量收益。

Even so, progress has been tremendous. The very first ever ASIC, Avalon (2013) had a power efficiency of 6,000 joules per terahash (J/TH). Bitmain's Antminer S21XP Hydro, the current most efficient machine on the market, boasts 12 J/TH efficiency.

即便如此，進步還是巨大的。 Avalon（2013）是有史以來的第一個ASIC，其功率為6,000焦耳（J/TH）。 Bitmain的Antminer S21XP Hydro是市場上最有效的機器，具有12 j/th的效率。

Bitdeer, which is listed on Nasdaq, wants to create a completely new architecture for its chips. "We feel like it's going to be necessary to break into what we call the single-digit efficiency range," LaBerge said, referring to mining rigs with less than 10 J/TH in efficiency.

納斯達克省列出的Bitdeer希望為其芯片創建一個全新的架構。 Laberge說：“我們覺得有必要闖入所謂的單數效率範圍。”

Scaling up with the traditional blueprint means using progressively thinner chips. But thinner chips are more likely to be defective and yields per batch tend to fall. "You're also competing with Apple and Nvidia and some of the biggest companies in the world for the same materials," LaBerge said.

用傳統的藍圖擴展意味著使用逐漸稀薄的芯片。但是，較薄的芯片更有可能有缺陷，並且每批芯片的產量往往會下降。 Laberge說：“您還與Apple和Nvidia以及世界上一些最大的公司競爭相同的材料。”

Bitdeer's Chief Strategy Officer, Haris Basit, is leading a team of engineers to create a new framework. LaBerge credited some members of that unit with putting together Bitmain's first ASIC chips back in 2014 — chips whose architecture became the standard across the industry. (Bitmain did not respond to a request for comment.)

比特爾（Bitdeer）的首席戰略官哈里斯·布斯特（Haris Basit）領導一支工程師團隊創建一個新的框架。 Laberge將該部門的一些成員歸功於2014年Bitmain的第一個ASIC芯片 - 其建築成為整個行業標準的芯片。 （Bitmain沒有回應置評請求。）

Bitdeer's research has already had successes. The company's most recent product, the SEALMINER A3, achieved a power efficiency of 9.7 J/TH during performance trials, the firm reported on Monday. That means the A3 — which still uses the traditional ASIC blueprint — could end up taking the efficiency crown from the S21XP Hydro.

Bitdeer的研究已經取得了成功。該公司週一報導，該公司的最新產品Sealminer A3在績效試驗期間達到了9.7 j/th的功率效率。這意味著A3（仍然使用傳統的ASIC藍圖）最終可能會從S21XP Hydro中奪取效率冠。

Yet the miner's SEALMINER A4, which will employ the firm's new chip architecture, is expected to consume 5 J/TH. It will likely be the most efficient ASIC machine on the market by a significant margin.

然而，將採用該公司新的芯片建築的礦工密封器A4預計將消耗5 j/th。它可能是市場上最有效的ASIC機器。

"People have known for a long time that you could recycle [the electric] charge on a chip, but no one's really been able to figure out how to do that in a way that allows for high performance… We've cracked the code on how to do this in a very high performance application," Basit told the Coin Stories podcast in December.

Basit告訴Coin Stories Podcast，“人們很長一段時間以來都知道您可以在芯片上回收（電動）充電，但是沒有人能以一種允許高性能的方式弄清楚如何做到這一點……我們已經在高性能應用程序中對此進行了有關如何執行此操作的代碼。”

"Instead of just using [charge] once

“而不是僅一次使用[充電]