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Futurebit’s Apollo LTC Pod ASIC Miner is not new, but the mining device is getting better and more functional over time. The latest Batch 3 of the Apollo comes with support for a full Litecoin (LTC) Node that can run on the miner itself with the blockchain stored on a large enough USB drive plugged in to the USB port of the device. There are three different version of the Apollo LTC Pod available – a Standard one for the miner only with no PSU sold for $349.99 USD, Full Package with a 200W custom power supply for $399.99 USD and a Full Node package that also includes a 64GB USB flash drive for the Litecoin blockchain available for $419.99 USD. All three versions support running a full Litecoin node, so you can use a custom PSU and your own USB flash drive if you already have them and get just the standard package or get everything bundled.

Full node support is available out of the box with the latest Batch 3 of the Apollo LTC Pod miners, earlier Batch 2 miners will just require software update in order to be able to get the new functionality. Owners of the first batch of Futurebit Apollo LTC Pod ASIC miners however should need a hardware upgrade in the form of a new MCU board due to insufficient RAM on Batch 1 units. The good news is that there is also an Apollo Full Node Upgrade Kit available. Here you can find more details and instructions on how to run a full node on the Futurebit Apollo LTC Pod.

Futurebit Apollo LTC Pod ASIC Miner Features:
– Compact Stand-alone Pod Style Miner (4x6x4in) that mines any scrypt based algorithm coin (Litecoin, Digibyte, Verge, Einsteinium, Gulden, etc)
– Runs a Full Litecoin Node directly on the device
– Very wide range of operation modes with preset ECO (quiet) mode, BALANCED, and TURBO mode.
– 100-135+ MH/s of Scrypt performance per miner (+/- 5%)
– Industry leading 1W/MH in ECO mode, and 1.4W/MH for TURBO (100-200 watts +/- 10%)
– Powered by a fully integrated Quad-Core A7 ARM based controller
– First miner to be fully controlled over wifi, only cable needed is power! (this will be a Beta feature on launch..backup ethernet port is available as well).
– Clocks and Voltage is fully customizable by user with easy to use interface (no more pots!)
– Industry leading 97% efficiency 12v power-stage, with 27 ASIC chips powered in a 3×9 parallel/serial power arrangement
– Custom designed cold forged hexagonal pin heatsink with leading thermal performance for the quietest ASIC miner in operation!
– 2k-6k PWM High Static Pressure Dual Ball Bearing Fan with automatic thermal management with onboard temperature sensor
– Controlled via local connection on a web browser similar to antminers. You can simply set it up via smartphone browser. No crazy driver installs, hard to use miner software or scripts needed.
– Two Six Pin PCIE power connectors for wide-range of power draw (only one is needed in ECO mode)
– Custom Designed all Aluminum case
– Now comes with its own optional PSU and is ready to run out of the box with the PSU+SD Card option!
– New future platform features including full-node/peer to peer fully decentralize mining, full stand-alone solo mining, cloud/app based controls, and more in development.

Do note that the Apollo LTC Pod ASIC miner is not intended for use in large Scypt ASIC mining farms, the device is designed with the home user in mind that will most likely run a single not so powerful miner at home and will require a more affordable and silent in terms of operation hardware. The Apollo LTC Pod is a Scrypt miner that comes with its own web-based control and monitoring functionality, it is a standalone miner that does not require to be connected to a computer to operate. With it you can mine any Scrypt-based cryptocurrency and not just Litecoin (LTC), however as far as the new full node support is concerned it is only for Litecoin at the moment in order to provide more nodes to the network.

If you are interested in the Futurebit Apollo LTC Pod ASIC Miner Running Full Litecoin Node…

The Scala (XLA) project, formerly know as Torque (XTC), and Stellite (XTL) prior to that, may have some controversy surrounding it along the way, but we are not going to be talking about that. The project has just released their Scala Mobile Miner v1.0.0 intended for Android smartphone owners to mine XLA on their devices and we just wanted to give it a go and see how it works, but more of that in a moment. Scala (XLA) uses the s called DefyX algorithm for mining. DefyX is a customized hybrid algorithm combining RandomX, Kangaroo12 and Yescrypt with the memory requirements optimized to fit more energy-efficient CPU and ARM architectures according to the developers. Apart from Android smartphones that can just now be used to mine Scala (XLA) coins, you could use a normal computer processor to mine with significantly higher hashrate for quite some time already.

Let us take a look at the Scala Mobile Miner software that you need to download directly as an APK for the moment and manually install as it is not yet available on the Google Play store. We like the fact that the apps starts with a warning message noting the important things regarding the battery and CPU having a high load on your smartphone. Then at the Settings screen there are the options for how many of the CPU cores to use and what temperatures to maintain as safe for both the processor and the battery. Then all you have to do is choose a mining pool and set your worker or wallet for the pool in order to start mining.

Now as far as mining is concerned you should not expect too much from a smartphone, even if it is top of the line Android smartphone. We have tested with Huawei Mate 30 Pro and got around 50 H/s as hashrate with 4 out of the 8 CPU cores active. If running with full 8 cores the CPU thermal threshold of 65 degrees Celsius is reached immediately, not to mention that you still would want to be able to use your phone while the miner is running on the background. With 4/8 CPU cores for mining it is possible, not draining that much battery and keeping reasonable operating temperatures for both the processor and battery.

So in short we like the Scala Mobile Miner, it is well made and works fine maintaining the safety and usability of your device. As far as performance is concerned, well there is more to be desired, especially if you compare the hashrate of just around 50 H/s to a high-end desktop CPU such as Intel Core i7 6850K or AMD Ryzen 3900X like we did and you can see the results below:

Intel Core i7 6850K (6C/12T):
– XLArig 5.0.1 – 2100 H/s
– SRBMiner-Multi 0.4.0 – 4650 H/s

AMD Ryzen 3900X (12C/24T):
– SRBMiner-Multi 0.4.0 – 11970 H/s

The latest official XLArig 5.0.1, based on XMRig, is not the best performing miner at the moment with support for the DefyX algorithm used by Scala (XLA). You should opt out for the latest SRBMiner-Multi 0.4.0 significantly better hashrate for mining Scala (XLA) using the DefyX proof of work algorithm. Do note that the DefyX algorithm has been used for a while already by the Scala project and prior to that XLA coins were mined using CryptoNight algorithm, so it is both not a new project and not a new algorithm. If you are looking for crypto exchanges where to trade the mined XLA coins, you can go to Trade Ogre, Crex.

Nvidia has introduced a new mid-range GPU – the GeFotce GTX 1660 Ti that is intended for gamers looking for an affordable option for reviving their older gaming system’s performance. According to the company the new GPU is 3x faster than a GTX 960, 1.5x faster than a GTX 1060, and offers comparable performance to a GTX 1070. So if it is comparable in terms of performance to GTX 1070, then why release a new GPU? Well, the new GTX 1660 Ti is built on the latest Turing architecture (still not named RTX and 2xxx series, but GTX and 1xxx series), which debuted with the top GeForce RTX 2080 Ti GPUs. It also features the new GDDR6 video memory with a 192-bit wide memory bus at jus 120W of TDP. With the new GeForce GTX 1660 Ti you can get an up to date GPU that is more affordable than the GTX 1070 with recommended prices starting at $279 USD.

Nvidia GeForce GTX 1660 Ti Specifications:
GPU Engine Specs:
– 1536 NVIDIA CUDA Cores
– 1770 MHz Boost Clock
– 1500 MHz Base Clock
Video Memory Specs:
– 6000 MHz Memory Speed
– 6GB GDDR6 Memory
– 192-bit Memory Interface Width
– 288 GB/sec Memory Bandwidth
Other Specs:
– Display Support: 7680×4320 @ 120Hz Maximum Digital Resolution
– Display Interfaces: DP 1.4a, HDMI 2.0b, DL-DVI-D Standard Display Connectors
– Graphics Card Dimensions: 4.37″ Height, 5.7″ Length
– Thermal and Power Specs: 95C Maximum GPU Temperature
– 120W Graphics Card Power

Although the new Nvidia GeForce GTX 1660 Ti is intended for gamers with a more limited budgets looking for upgrading their aging mid-range gaming graphics, it might turn out to be an interesting choice for mining as well. If it manages to offer good performance for crypto mining similar or even better than that of the older GTX 1070 with the lower power usage and price range it might spark some interest. Of course for that to happen we need to see some movement in the profitability of GPU mining following some good and strong signs of crypto market recovery, prior to that the new GPU might not be deemed as very attractive by miners. Still we need to see some crypto miming results to get a good idea on what to expect in terms of actual performance…


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