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504Mh Scrypt Algorithm LTC Miner Machine Litecoin Asic Bitmain Antminer L3+
Product Details:
| Brand Name: | Antminer |
| Model Number: | L3+ |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1 |
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| Price: | Negotiable |
| Packaging Details: | Miner Size (Length*Width*Height, with package), mm 570*316*430 |
| Delivery Time: | Shipping in 10 working days after fully paid |
| Payment Terms: | L/C, T/T, Western Union |
| Supply Ability: | 100 |
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Detail Information |
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| Brand: | ANTMINER | Material: | BITMAIN |
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| Usage/Application: | Litecoin | POWER: | 800W |
| High Light: | Litecoin Asic meta Miner tech,Asic Litecoin meta Miner tech,504Mh LTC Miner Machine |
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Product Description
Description for Litecoin Mining Bitmain Antminer L3+ (504Mh) Scrypt Algorithm with a Maximum Hashrate of 504Mh/s For a Power Consumption of 800W. Mining Machine | L3+
The BM1485 ASIC chip
Finally an ASIC chip to mine Scrypt coins
The BM1485 chip, the first Litecoin Application Specific Integrated Circuit (ASIC) chip in more than two years, is designed by the same team that designs the power-efficient ASIC chips for Bitcoin mining.
Each Antminer L3+ employs 288 such chips to deliver more hashrate and efficiency than any previous Litecoin miner on the market.
A Compact Time-tested Design
The Antminer L3+ follows a form factor similar to that of the hugely popular Antminer S9 and is nearly the same size.
Whether in a home or in a mining farm with several other L3+ miners, the Antminer L3+’s small footprint fits well in all locations.
Engineered to Remain Powerful Yet Cool
A high-grade aluminium case, customized heat-sinks and two computer-controlled fans to keep it cool
The L3+ utilizes a combination of conduction and convection cooling to make the powerful Litecoin miner perform at its best while creating no more heat than the latest terahash Bitcoin miner.
Every chip of the L3+ is fitted with custom-made heat sinks that are made of a high-grade Aluminum alloy. The case of the L3+ is made of the same material. Two computer-controlled high speed fans on both ends of the “tube” ensure that the hot air is rapidly replaced by cooler air at the required pace.