The next XVG? Microcap 100x potential actually supported by fundamentals!
What’s up team? I have a hot one for you. XVG returned 12 million percent in 2017 and this one reminds me a lot of it. Here’s why: Mimblewimble is like Blu-Ray compared to CD-ROM in terms of its ability to compress data on a blockchain. The current BTC chain is 277gb and its capacity is limited because every time you spend a coin, each node needs to validate its history back to when it was mined (this is how double spending is prevented). Mimblewimble is different - all transactions in a block are aggregated and netted out in one giant CoinJoin, and only the current spending needs to be verified. This means that dramatically more transactions can fit into a smaller space, increasing throughput and lowering fees while still retaining the full proof of work game theory of Bitcoin. These blockchains are small enough to run a full node on a cheap smartphone, which enhances the decentralization and censorship resistance of the network. The biggest benefit, though, is that all transactions are private - the blockchain doesn’t reveal amounts or addresses except to the actual wallet owner. Unlike earlier decoy-based approaches that bloat the chain and can still be data mined (XMR), Mimblewimble leaves no trace in the blockchain, instead storing only the present state of coin ownership. The first two Mimblewimble coins, Grin and Beam, launched to great fanfare in 2019, quickly reaching over $100m in market cap (since settled down to $22m and $26m respectively). They are good projects but grin has infinite supply and huge never-decreasing emission, and Beam is a corporate moneygrab whose founding investors are counting on you buying for their ROI. ZEC is valued at $568m today, despite the facts that only 1% of transactions are actually shielded, it has a trusted setup, and generating a confidential transaction takes ~60 seconds on a powerful PC. XMR is a great project but it’s valued at $1.2b (so no 100x) and it uses CryptoNote, which is 2014 tech that relies on a decoy-based approach that could be vulnerable to more powerful computers in the future. Mimblewimble is just a better way to approach privacy because there is simply no data recorded in the blockchain for companies to surveil. Privacy is not just for darknet markets, porn, money launderers and terrorists. In many countries it’s dangerous to be wealthy, and there are all kinds of problems with having your spending data be out there publicly and permanently for all to see. Namely, companies like Amazon are patenting approaches to identify people with their crypto addresses, “for law enforcement” but also so that, just like credit cards, your spending data can be used to target ads. (A) Coinbase is selling user data to the DEA, IRS, FBI, Secret Service, and who knows who else? (B) What about insurance companies raising your premiums or canceling your policy because they see you buying (legal) cannabis? If your business operates using transparent cryptocurrency, competitors can data mine your customer and supply chain data, and employees can see how much everyone else gets paid. I could go on, but the idea of “I have nothing to hide, so what do I care about privacy?” will increasingly ring hollow as people realize that this money printing will have to be paid by massive tax increases AND that those taxes will be directly debited from their “Central Bank Digital Currency” wallets. 100% privacy for all transactions also eliminates one HUGE problem that people aren’t aware of yet, but they will be: fungibility. Fungibility means that each coin is indistinguishable from any other, just like paper cash. Why is this important? Because of the ever-expanding reach of AML/KYC/KYT (Anti-Money Laundering / Know Your Customer / Know Your Transaction) as regulators cramp down on crypto and banks take over, increasingly coins become “tainted” in various ways. For example, if you withdraw coins to a mixing service like Wasabi or Samourai, you may find your account blocked. (C) The next obvious step is that if you receive coins that these chainalysis services don’t like for whatever reason, you will be completely innocent yet forced to prove that you didn’t know that the coins you bought were up to no good in a past life. 3 days ago, $100k of USDC was frozen. (D) Even smaller coins like LTC now have this problem, because “Chinese Drug Kingpins” used them. (E) I believe that censorable money that can be blocked/frozen isn’t really “your money”. Epic Cash is a 100% volunteer community project (like XVG and XMR) that had a fair launch in September last year with no ICO and no premine. There are very few projects like this, and it’s a key ingredient in Verge’s success (still at $110m market cap today despite being down 97% since the bubble peak) and why it’s still around. It has a small but super passionate community of “Freemen” who are united by a belief in the sound money economics of Bitcoin Standard emission (21m supply limit and ever-decreasing inflation) and the importance of privacy. I am super bullish on this coin for the following reasons:
Only $400k market cap
Supply started at zero, so there are no VC’s and team to dump on you into the pumps - all coins are mined into existence, just like Bitcoin.
It just had its first halving, reducing emission from 16 to 8 per block. Between now and 2028 there are FOUR (!) more halvings, from 4 to 2 to 1 and then finally 0.15 (I guess that would be an 85%-ing :p) and at this point the supply is the same as BTC and stays in sync forever until the last coin is mined in 2140. This simple supply curve is already accepted by the market as a winner, so why mess with success? (I)
Meets Andreas Antonopolous’ 5 pillars of open blockchains test: Public, Open, Borderless, Neutral, and Censorship Resistant. (How many coins can say this?)
Unlike Bitcoin, Epic created a multi-algorithm approach that enables people to mine on ordinary computers - 60% for CPU on RandomX, 38% for GPU on ProgPow, and 2% for ASIC’s on Cuckoo31+. The algorithms don’t compete with one another. This is essential for leveling the playing field and preventing massive farms from dominating. These percentages can change over time and new algorithms can be easily dropped in. You can mine today using an old laptop and in 5 years you will still be able to. Incidentally, there is nothing standing in the way of adding mobile phone-based mining, which ETN showed there’s a huge demand for.
Based off the excellent Grin codebase, which means they continue to pull in ongoing core code enhancements and focus on ease of use and market penetration instead. (Smart!)
Litecoin’s Charlie Lee is out there daily talking about their move to Mimblewimble, which provides free publicity. What people don’t realize is that you can’t just bolt on Mimblewimble to a legacy blockchain, that’s like putting a Ferrari engine into a school bus - it’s still a school bus, not a race car! LTC is doing it as an optional soft fork via “extension blocks” which will not be supported by all wallets and exchanges. Also, anyone using “optional” privacy features is declaring themselves to be suspicious, which kind of defeats the point for people who care about privacy.
The community is friendly and welcoming to new people coming in, with lots of helpful (independently created) tutorials and guides. (F)
It’s already a global phenomenon, with the whitepaper in 20+ languages (G) and (not bot-infested) active local-language communities on not only Telegram but also Wechat, LINE, QQ and other messenger platforms.
It’s only on two random little exchanges currently, Citex and Vitex. Vitex is actually a pretty good DEX with no KYC and a great mobile wallet.
They are very creative - since centralized exchanges want huge money to list, they created a non-inflationary ERC20 tracker token that’s exchangeable 1:1 for coins so that Uniswap trading is possible (H)
Because it doesn’t have a huge marketing budget in a sea of VC-funded shitcoins, it is as-yet undiscovered, which is why it’s so cheap. There are only 4 Mimblewimble-based currencies on the market: MWC at $162m, BEAM at $26m, GRIN at $22m, and EPIC at $0.4m. This is not financial advice and as always, do your own research, but I’ve been buying this gem for months and will continue to. This one ticks all the boxes for me, the only real problem is that it’s hard to buy much without causing a huge green candle. Alt season is coming, and coins like this are how your neighbor Chad got his Lambo back in 2017. For 2021, McLaren is a better choice and be sure to pay cash so that it doesn’t get repossessed like Chad!
Ammo is the most important thing for combat in this game. I don't think I put enough emphasis on this in the previous guide. How do you kill high tier geared players? Good ammo. Low gear? Good ammo. Spend your money here, not on gear or weapon mods. Best example I have is literally my last raid. I got one tapped by a mosin in a full tier 5 setup at full health. Vader helm, Killa armor, silenced M4 build totaling around a mil with ammo and mods. Missed his first shot, I located him, dead to one shot in the thorax. Good ammo trumps all. Here is the best ammo of each type for commonly used guns: 556: M855A1 < M856A1 << M995 545: BT << BS < 7N39 762: BP 12x70: Flechette < AP-20 762x51: M80 << M62 < M61 762x54: 7N1 < SNB < 7N37 9x39: SP6 < SPP < BP 9x19: AP 6.3
On that same note, take grenades into raids. Grenades are very powerful in tarkov. If someone is in range (which is significantly bigger than other games) they will die. A hatchling with a nade and some luck can take down the most geared players in the game. I would highly recommend at least putting one in your pouch for over geared/room clearing purposes.
Quick Hideout Note (thinking about doing a passive income and usual profitable crafting guide): rush for the intel center, the discounts of trades and scav run reduction are huge. Then crafting table, library, and air filtration are all useful. I get about 500k-700k in passive income per day from the hideout by just logging in a couple times. The scav box is absolutely worth it, the 6k rouble option consistently nets me 15-20k (up to 100k+). Bitcoin farm is maybe worth it? Its a big profit per day, mines already paid off, but takes 1-2 months to return its value at current prices. Best crafts are Ifaks at the med, m995 and other ammo at the bench, sugacondensed milk at the fridge, pure water at the filtration all depending on price of ingredients which fluctuate a lot.
Check out the youtube community for loot runs, quest guides, and everything else. Tarkov is a very hard to game explain in a written or word of mouth guide. For specifics, see videos.
Finally, have a plan before you raid. At least know the extracts and your objective (money run, quest, killin dudes) and exactly where those are for the map you're running.
TLDR: Shoreline for money, Interchange for consistency, Customs for quests, Factory/Labs for fights.I did a brief overview on money runs on various maps in my previous guide, but wanted to update those maps in light of recent changes to spawns and my experiences over the past month or so testing all the maps out. In profitability order: Shoreline - With the new addition of 6-8 LedX spawns, shoreline has become king for money. It takes the high reward possibility of Labs and mixes it with the consistent loot value of Interchange with the only draw back being the need for keys, which I purchased for around 3-4 mil for all good loot rooms ( 15 keys in total). This is a steep investment, but it is a one time cost, and completely worth it. You can expect an LedX about 1/7 raids clearing most LedX rooms. I got 5/36 shoreline runs, clearing most rooms about 2/3rds of the time, dying or being beaten to the rooms in the other 1/3. Unlike labs, however, these are just the cherry on top of consistently amazing loot in the rooms with easy extracts to boot. The big draw back is popularity, I run into at least 2-3 PMCs at the resort, usually 4-5 with a duo or squad tossed in the mix. They're usually tier 3-4 geared (I go tier 5 but don't recommend that unless you're good with losing a mil to a lucky mosin shot) and have a bad habit of hiding in rooms and ambushing. Interchange - For consistent mid value barter items, Interchange is your map. Nothing has changed from my original assessment, tldr version being run Oli shelves and the 3 tech stores next to it for about 500k-1 mil per extract, assuming you bring a decent bag and rig. This map has dropped in popularity with the Shoreline buff, but be on the look out for tier 5 geared PMCs doing their 100 Killa kills grind and the ever present extract campers. Reserve - This map still has great high value drops, less frequent than Interchange but with higher average value and requiring less keys than Shoreline. The massive drawback here is extract difficulty. If you can afford it, para-cord with the ice-pick for the repel extract is recommended as you just have to ditch/bag chest armor and you're out. Losing a bag for the manhole has required many a painful pick and chose for me recently and the door just isn't consistent, sometimes the button will be pressed but its still locked, other times its just open. Its a fun PvP map, but for money its just not beating the two above. Customs - This map just really isn't for money, its for quests. But with the addition of the new stashes spread throughout the map you can make decent money whilst running the quests. See my past guide/the link below for stash runs. Factory - Wait, Factory over Labs? Customs over Labs? Yes, I'm getting to that. So why Factory? Because quick, hit and run style or longer scav pileup at a choke-point style runs can net you tons of experience along with a big stack of weapons and decent loot from scav pockets. Solos try the upper hallway office/breakable door, the bottom pipeline hallway curve, or extract choke-point. Duos and squads can hold down the shower doors with ease. Labs - People who have read my previous guide might be surprise this is last. The issue with labs is its completely dependent on high level item spawn rates. Labs is my favorite map, I could write a lengthy separate post about everything labs. At the beginning of the wipe, labs was ludicrously OP. You could spawn in and expect a 1/3 chance of an LedX (2.5 mil at the time) along with 2-3 other 400k+ items spawning in each raid. This resulted in 10's of millions in profit. Then they released Shoreline LedX spawns and turned off labs LedX. The barrel spawn was completely dead (50+ runs and nothing) and the two other (at the time) known locations had maybe a 1/25 rate. You could expect maybe 1-2 other drops per raid and it was now crowded with PMCs. It was difficult to turn a profit doing geared runs, and I lost millions. Today its slightly better, there are 3 new LedX spawns and the barrel spawn has a 1/7-10 (still testing) rate but everything has plummeted in price (VPX is less than 200k now) and you can expect 3-6 tier 5 geared PMCs plus raiders to be skulking around. Great for fights, terrible for money. Though extracting will often bring huge rewards in gear alone in current state. ... - Feel like I'm forgetting one... Hmm... Nah they wouldn't put a thermal ridden snipe happy map in the game with no loot spawns and lots of annoying quests. (Don't @ me Woods fans)
TLDR: Highest level armor not worth, high level ammo makes everything vulnerable. Not doing the same tiers (see previous guide) but the actual armor level itself. For actual setups with armoweapons see my previous guide.
Level 1: Examples:3M body armor, tank helmetIs it worth: No. Its not worth it. Ever. The speed/sound debuffs alone make it not worth it because it doesn't stop anything besides terrible pistol ammo. This should be obvious but I see new players wearing it. Don't bother guys. Sell this on the flea.
Level 2:Examples:PACA/6b2 armor, Kolpac/SHPM/Djeta helmsIs it worth: No for all the helmets due to sound debuff, but kinda if you're really broke for the armor. Level 2 armor is effective against scavs and pistolings. It'll stop you from getting one shot from distance by a crappy shotgun or pistol and is extremely cheap. I'd mark this as the minimum armor on a budget.
Level 3:Recommendations:UNTAPRESS/6B23-1/Kirasa armor,SSH68/LZsh with face/Kiver with face helmsIs it worth: Yes. The chest armor should be the standard for every raid. Its still really cheap but will actually stop most low/mid tier rounds. This makes you much more effective against scavs and low-mid gear PMCs. The SSH68 helm is dirt cheap and should be worn for every raid as a minimum. The other two helmets for tier 3+ load outs. Kiver for no headset, LZsh for use with headset, both with the faceshield.
Level 4:Recommendations:6B13/6B23-2/6B3/6B5 armovests,Zsh-1-2 with face shield/BNTI LSHZ with neck cover and face shieldIs it worth: Armor: Kinda, if you have the money to get it fresh or are questing/fighting focused in raids. The main problem with level 4 armor is its lack of health overall and repair ability (essentially can only be used for 1-2 raids before replacing). It also is mostly to increase coverage on mid tier (5.45 BP/BT for example) ammo but does nothing against high tier ammo, so it doesn't offer much more for the price than level 3. If you have the money, however, it will increase survival rates. Helmets: Yes, once you have the black skier variant unlocked for the Zsh-1, and only with tier 5+ gear for the BNTI. The Zsh-1 helmet will become you're go to for tier 3+ armor the instant you unlock it. Its only 5k roubles more expensive with faceshield than the Kiver but provides level 4 protection on head and ears with level 3 for the face. The BNTI or Vader helmet provides a level 4 faceshield and nape cover, giving you full coverage of level 4 armor over all vital areas. This is better than the Fast-MT (most of who's parts only give level 2-3 protection) and the best helm in the game imo due to it not limiting your vision.
Level 5:Recommendations:Killa 6B13 Assault/Gen4/Redut-M armor, Alytn with face shieldIs it worth: Sometimes, but mostly no. I say this as someone who runs level 5 armor 50+% of my raids. But this is only because after awhile the cost stops mattering to you and it makes raids more interesting to be risking more and getting to challenge anything you come across. The main issue is its extreme expense and the ability to be easily killed by inexpensive weapons with high tier ammo. Killa armor + the Vader helm is, in my opinion, the best armor setup in the game due to having full visibility and high movement speed with coverage on all vital parts. But the amount of times that I've dropped the 400-500k on this armor only to die in one shot to a mosling or hunterling with high level ammo is ridiculous. Yes, this armor makes you immune to anyone with low/mid tier ammo, but high tier ammo, available to everyone through the flea market, cuts right through.
Level 6:Examples:Zhuk-6a, 6B34 "Fort" armor, Vulkan with faceshield helmIs it worth: No. This armor is the only in the game that will reliably take a few shots from the best ammo in the game, listed above. So why is it bad? First off, it has huge penalties. You are slow and bulky and loud. Second, unless you open up a hole in the armor with no face plate/level 3/4 face plates (making you not tanky), you have restricted vision. Its like being a world war era tank. Hard to kill, sure. But if they brought the right ammo for the job they can run circles around you and blast your blind/slow butt until you drop. Third, its very expensive. Zhuk-6a is the only possible option here really for price and penalties, but its also ceramic. If you're going to go tier 5, I recommend Killa armor.
Does this mean you should never run good armor? No. What it means is you should be aware you are likely losing value/money by doing so at higher tiers. Better armor will help you survive more raids, help with quests, and is a sign of being a more established player. But you are trading a LOT more money for smaller advantages in return, making it hard to recommend the more expensive armors in the game to anyone who can't handle multiple instant deaths in a row losing 500k-1mil.
First, let’s look at some of the issues facing Proof-of-Work (PoW) consensus that led to the development of PoS.
Excessive energy consumption — In 2017, many concerns were raised over the amount of electricity used by the bitcoin network (Largest PoW blockchain). Since then the energy consumption has increased by over 400%, to the point where 1 single transaction on this network has the same carbon footprint of 736,722 Visa transactions or consumes the same amount of electricity as over 20 U.S. households.
Varying Electricity Costs — The profit of any miner on the network is tied to two costs, the initial startup cost to obtain the hardware and infrastructure, and more critically, the running cost of said equipment in relation to electricity usage. Electricity costs can vary from fractions of a cent per kWh to over 50 cents (USD) and in some cases it is free. When a user may only be earning $0.40 USD per hour then this will clearly rule out certain demographics based purely on electricity costs, reducing the potential for complete decentralization.
Reduced decentralization — Due to the high cost of the mining equipment, those with large financial bases setup mining farms, either for others to rent out individual miners or entirely for personal gains. This results in large demographic hotspots on the network reducing the decentralized aspect to a point where it no longer accomplishes this aspect.
Conflicted interests — The requirements of running miners on the network are purely based on having possession of the hardware, electricity and internet connection. There are no limits to the amount a miner can earn, nor do they need to hold any stake in the network, and thus there is very little incentive for them to vote on upgrades that may benefit the network but reduce their rewards.
I want to take this moment to mention a potential benefit to PoW that I have not seen anyone mention previously. It is a very loose argument so don’t take this to heart too strongly. Consistent Fiat Injection — The majority of miners will be paying for their electricity in fiat currency. At a conservative rate of $0.1 USD per kWh, the network currently uses 73.12 TWh per year. This equates to an average daily cost of over $20 million USD. This means every day around $20 million of fiat currency is effectively being injected into the bitcoin network. Although this concept is somewhat flawed in the sense that the same amount of bitcoin will be released each day regardless of how much is spent on electricity, I’m looking at this from the eyes of the miners, they are reducing their fiat bags and increasing their bitcoin bags. This change of bags is the essence of this point which will inevitably encourage crypto spending. If the bitcoin bags were increased but fiat bags did not decrease, then there would be less incentive to spend the bitcoin, as would see in a staking ecosystem. https://preview.redd.it/8dtqt6e204c41.png?width=631&format=png&auto=webp&s=065aedde87b55f0768968307e59e62a35eac949d
Different approaches have been taken to tackle different issues the PoS protocol faces. Will Little has an excellent article explaining this and more in PoS, but let me take an excerpt from his piece to go through them:
Coin-age selection — Blockchains like Peercoin (the first PoS chain), start out with PoW to distribute the coins, use coin age to help prevent monopolization and 51% attacks (by setting a time range when the probability of being selected as a node is greatest), and implement checkpoints initially to prevent NoS problems.
Randomized block selection — Chains like NXT and Blackcoin also use checkpoints, but believe that coin-age discourages staking. After an initial distribution period (either via PoW or otherwise), these chains use algorithms to randomly select nodes that can create blocks.
Ethereum’s Casper protocol(s) — Being already widely distributed, Ethereum doesn’t have to worry about the initial distribution problem when/if it switches to PoS. Casper takes a more Byzantine Fault Tolerant (BFT) approach and will punish nodes by taking away (“slashing”) their stake if they do devious things. In addition, consensus is formed by a multi-round process where every randomly assigned node votes for a specific block during a round.
Delegated Proof-of-Stake (DPoS) — Invented by Dan Larimer and first used in Bitshares (and then in [aelf,] Steem, EOS, and many others), DPoS tackles potential PoS problems by having the community “elect” delegates that will run nodes to create and validate blocks. Bad behavior is then punished by the community simply out-voting the delegated nodes.
Delegated Byzantine Fault Tolerance (DBFT) — Similar to DPoS, the NEO community votes for (delegates) nodes, but instead of each node producing blocks and agreeing on consensus, only 2 out of 3 nodes need to agree on what goes in every block (acting more like bookkeepers than validators).
Masternodes — First introduced by DASH, a masternode PoS system requires nodes to stake a minimum threshold of coins in order to qualify as a node. Often this comes with requirements to provide “service” to a network in the form of governance, special payment protocols, etc…
Proof of Importance (POI) — NEM takes a slightly different approach by granting an “importance calculation” to masternodes staking at least 10,000 XEM. This POI system then rewards active nodes that act in a positive way over time to impact the community.
In order to understand how one can earn money from these networks, I’ll break them down into 3 categories: Simple staking, Running nodes, and Voting. Simple Staking - This is the simplest of the 3 methods and requires almost no action by the user. Certain networks will reward users by simply holding tokens in a specified wallet. These rewards are generally minimal but are the easiest way to earn. Running a node - This method provides the greatest rewards but also requires the greatest action by the user and most likely will require ongoing maintenance. Generally speaking, networks will require nodes to stake a certain amount of tokens often amounting to thousands of dollars. In DPoS systems, these nodes must be voted in by other users on the network and must continue to provide confidence to their supporters. Some companies will setup nodes and allow users to participate by contributing to the minimum staking amount, with a similar concept to PoW mining pools. Voting - This mechanism works hand in hand with running nodes in relation to DPoS networks. Users are encouraged to vote for their preferred nodes by staking tokens as votes. Each vote will unlock a small amount of rewards for each voter, the nodes are normally the ones to provide these rewards as a portion of their own reward for running a node.
Aelf’s DPoS system
The aelf consensus protocol utilizes a form of DPoS. There are two versions of nodes on the network, active nodes & backup nodes (official names yet to be announced). Active nodes run the network and produce the blocks, while the backup nodes complete minor tasks and are on standby should any active nodes go offline or act maliciously. These nodes are selected based upon their number of votes received. Initially the top 17 nodes will be selected as active nodes, while the next 100 will stand as the backup ones, each voting period each node may change position should they receive more or less votes than the previous period. In order to be considered as a node, one must stake a minimum amount of ELF tokens (yet to be announced). https://preview.redd.it/47d3wqe604c41.png?width=618&format=png&auto=webp&s=062a6aa6186b826d400a0015d4c91fd1a4ed0b65 In order to participate as a voter, there is no minimum amount of tokens to be staked. When one stakes, their tokens will be locked for a designated amount of time, selected by the voter from the preset periods. If users pull their tokens out before this locked period has expired no rewards are received, but if they leave them locked for the entire time frame they will receive the set reward, and the tokens will be automatically rolled over into the next locked period. As a result, should a voter decide, once their votes are cast, they can continue to receive rewards without any further action needed. Many projects have tackled with node rewards in order to make them fair, well incentivized but sustainable for everyone involved. Aelf has come up with a reward structure based on multiple variables with a basic income guaranteed for every node. Variables may include the number of re-elections, number of votes received, or other elements. As the system matures, the number of active nodes will be increased, resulting in a more diverse and secure network. Staking as a solution is a win-win-win for network creators, users and investors. It is a much more resource efficient and scalable protocol to secure blockchain networks while reducing the entry point for users to earn from the system.
https://preview.redd.it/vs8b0fpg9id41.jpg?width=1280&format=pjpg&auto=webp&s=7d4a7de2c9b2b712d959b06f4f6e01cbf7e664ca For years now there has been possibilities to increase Bitmain bitcoin miners “antminer” efficiency with custom firmware. It is understandable that Bitmain don’t want their customers to change overclock on their asic miners. OC changes could possibly kill or damage hardware in some cases when chip oc and voltages applied to much. Overclock could kill miner it self or power supply. This is one of the reasons why Bitmain lately locks down their miners firmware, they dont want customers to do any changes on them. The factory settings are standard, whoever is mining for while now. Knows that from some chips you can get better efficiency, just because quality of every chip is not the same. Lately there is been released an upgrade firmware and manual for Antminer S17 from hiveOS. HiveOS is gpu and asic miner monitoring/remote control. They previous firmware for Antminer S9 and T9 has been very successful. We have done review on this firmware also, and the best feature what Bitmain original firmware does not have is auto-chip tuning. It works very well, basically it finds the most optimal chip oc and the voltages to reach best efficiency. https://preview.redd.it/ewt2x2v59id41.jpg?width=1702&format=pjpg&auto=webp&s=008de1118c5721a4844cf90c25e4f1fc72b71b73 We have now also tested the new firmware for Antminer S17, it does perform much better then Bitmain original firmware.OnAntminer S17 53TH/s version , air cooled miner we where able to reach 75TH/su/3300watts. It worked very well and setup is straight forward. It is possible to reach even better performance up to 85 TH/s , but you will need immersion cooling. As with air cooled at 75 th/s our miner chip temperatures where close to 80c at room temperature 15c. Also be careful , Bitmani stock power supply Antminer S17 max power usage is 3500 watts. https://preview.redd.it/vwovczl69id41.jpg?width=1952&format=pjpg&auto=webp&s=211b252bd225b1dc7e35195bc86c823b2e2ad7ad hiveOS asic miner the installation guide :
And now let’s go back to the installation process. There is no universal manual, for S17 and S17 Pro there are 3 versions of stock firmware. Therefore, every particular case has its own manual on the custom firmware installation. Please note, that all the manual steps which involve using BTCTOOLS can be done via ASIC’s web interface (BTCTOOLS is usually used for a large number of devices).
Scan the network using BTC_TOOLS and export the list to csv. From csv, copy the IP list and insert it in ips.ini. In case you don’t have a lot of devices, you can make this list manually. Or use bitmain ipreporter tool.
Go to config.ini and check login and password for the ASIC’s SSH or web interface. If the password for the web interface was changed, the same would be for SSH. Set up FARM_HASH to connect to Hive or API, if necessary.
If the stock firmware of your ASIC is released before 1 July 2019
Flash your devices with a file from the archive “remsigallbefore_2019–07–01.tar.gz”. This can be done via either ASIC’s web interface or BTC_TOOLS in case you have a lot of devices. You will see an error in status, but this is okay — it should be like this at the moment.
Flash the devices with the firmware file. Again, this can be done via either ASIC’s web interface or BTC_TOOLS.
Launch “3hashfarmforsigned.cmd” from the archive. The ASIC will get connected to the web.
Stock firmware released from July 2019 to December 2019
Launch “1openssh.cmd” from the archive and wait for the script to be performed. The devices will be rebooted. After the reboot, wait for around 3 minutes.
I literally have tens of thousands of dollars in top-shelf hardware, looking to repurpose some before selling on eBay to build a NAS system, possibly a dedicated firewall device as well. o_O
Q1) What will you be doing with this PC? Be as specific as possible, and include specific games or programs you will be using.** A1) This will be a dedicated NAS system for my home network. As such, I'm looking to have it: - Host ##TB's of 720, 1080 & up resolution Movies and TV Shows I'm about to begin ripping from a MASSIVE DVD & Blueray collection I have. - My kids are big on Minecraft. I understand it's possible to host your own "worlds" (or whatever they call the maps you can build) on your own "server". I think it would be pretty neat to offer them (& their friends - if can be done 'safely/securely') their own partition on one of my NAS HDD's. - I also have accounts with a couple diff VPN companies... I understand it's possible (?) to sync said VPN's with a NAS, this might be a more relative topic on the next point/purpose... - I'd like to be able to remotely link to this NAS for when I travel overseas and want to stream at my temp location from my house/this NAS. ______________________ Q2) What is your maximum budget before rebates/shipping/taxes?** * A2) Here's where I make matters more complicated than most others would... I've been an advocate for Bitcoin and crypto-currencies in general since 2013. I invested in a small mining outfit back in 2014 (strictly Bitcoin/ASIC's). One of my buddies is the President of a large-scale mining operation (foreign and domestic) and he convinced me to dabble in the GPU mining-space. I made my first hardware purchase in Q4, 2017 and launched a small-scale GPU-Farm in my house since then. I had the rigs mining up until Q3 of 2018 (not cost-efficient to keep on, especially living in SoFlo) and since then, the hardware's been collecting dust (& pissing off my family members since they lost access to 3X rooms in the house - I won't let anyone go near my gear). One of my New Years Resolutions for 2019 was to clear out the house of all my mining equipment so that's all about to go up on eBay. So "budget" is relative to whatever I "MUST" spend if I can't repurpose any of the parts I already have on hand for this build... (Anyone having something I "need" and is looking to barter for one of the items I'll list later on in here, LMK). ______________________ Q3) When do you plan on building/buying the PC? Note: beyond a week or two from today means any build you receive will be out of date when you want to buy.** A3) IMMEDIATELY! :) ______________________ Q4) What, exactly, do you need included in the budget? (ToweOS/monitokeyboard/mouse/etc\)** A4) Well I had a half-assed idea approximately 1 year ago that it might be wise to build a bunch of 'gaming rigs' to sell on eBay with my intended repurposed mining hardware so I went on a shopping spree for like 6 months. That said; I've got a plethora of various other components that aren't even unboxed yet. 90% of the items I've purchased for this additional project were items that were marked down via MIR (mail-in-rebates) & what-not...
AFAIK, there are only 3X items I absolutely do not have which I 'MUST' find. Those would be - 1) Motherboard which accepts "ECC RAM". 2) CPU for said MOBO. 3) Said "ECC RAM".\*
______________________ Q5) Which country (and state/province) will you be purchasing the parts in? If you're in US, do you have access to a Microcenter location?** A5) I'm located in Southwest Florida. No Microcenter's here. Best Buy is pretty much my only option although I am a member of Newegg, Amazon & Costco if that makes any difference? ______________________ Q6) If reusing any parts (including monitor(s)/keyboard/mouse/etc), what parts will you be reusing? Brands and models are appreciated.** A6) In an attempt to better clean up this Q&A, I'm going to list the items I have on-hand at the end of this questionnaire in-case passers-by feel like this might be a TLDR.* (Scroll to the bottom & you'll see what I mean). ______________________ Q7) Will you be overclocking? If yes, are you interested in overclocking right away, or down the line? CPU and/or GPU?** A7) I don't think that's necessary for my intended purpose although - I'm not against it if that helps & FWIW, I'm pretty skilled @ this task already (it's not rocket science). ______________________ Q8) Are there any specific features or items you want/need in the build? (ex: SSD, large amount of storage or a RAID setup, CUDA or OpenCL support, etc)** A8) As stated in A4; ECC RAM is non-negotiable... RAID seems like a logical application here as well. - This will predominantly be receiving commands from MacOS computers. I don't think that matters really but figured it couldn't hurt to let you guys know.\* - I'd also be quite fond of implementing "PFSENSE" (or something of that caliber) applied to this system so I could give my Netgear Nighthawks less stress in that arena, plus my limited understanding of PFSENSE is that it's ability to act as a firewall runs circles around anything that comes with consumer-grade Wi-Fi routers (like my Nighthawks). Just the same, I'm open to building a second rig just for the firewall.\* - Another desirable feature would be that it draws as little electricity from the wall as possible. (I'm EXTREMELY skilled in this arena. I have "Kill-A-Watts" to test/gauge on, as well as an intimate understanding of the differences between Silver, Gold, Platinum and Titanium rated PSU's. As well as having already measured each of the PSU's I have on-hand and taken note of the 'target TDP draw' ("Peak Power Efficiency Draw") each one offers when primed with X amount of GPU's when I used them for their original purpose.\* - Last, but not least, sound (as in noise created from the rig). I'd like to prop this device up on my entertainment center in the living room. I've (almost) all of the top-shelf consumer grade products one could dream of regarding fans and other thermal-related artifacts. - Almost forgot; this will be hosting to devices on the KODI platform (unless you guys have better alternative suggestions?) ______________________ Q9) Do you have any specific case preferences (Size like ITX/microATX/mid-towefull-tower, styles, colors, window or not, LED lighting, etc), or a particular color theme preference for the components?** A9) Definitely! Desired theme would be WHITE. If that doesn't work for whatever reason, black or gray would suffice. Regarding "Case Size". Nah, that's not too important although I don't foresee a mini-ITX build making sense if I'm going to be cramming double digit amounts of TB in the system, Internal HDD's sounds better than a bunch of externals plugged in all the USB ports. ______________________ Q10) Do you need a copy of Windows included in the budget? If you do need one included, do you have a preference?** A10) I don't know. If I do need a copy of Windows, I don't have one so that's something I'll have to consider I guess. I doubt that's a necessity though. ______________________ ______________________ ______________________ **Extra info or particulars:*\* AND NOW TO THE FUN-STUFF... Here's a list of everything (PARTS PARTS PARTS) I have on-hand and ready to deploy into the wild &/or negotiate a trade/barter with: CASES - Corsair Carbide Series Air 540 Arctic White (Model# Crypto-Currency-9011048-WW) - (Probably my top pick for this build). Cooler Master HAF XB EVO (This is probably my top 1st or 2nd pick for this build, the thing is a monster!). Cooler Master Elite 130 - Mini ITX - Black Cooler Master MasterBox 5 MID-Tower - Black & White Raidmax Sigma-TWS - ATX - White MasterBox Lite 5 - ATX - Black w/ diff. Colored accent attachments (included with purchase) NZXT S340 Elite Matte White Steel/Tempered Glass Edition EVGA DG-76 Alpine White - Mid Tower w/ window EVGA DG-73 Black - Mid Tower w/ window (I have like 3 of these) ______________________ CPU's - ***7TH GEN OR BELOW INTEL's ("Code Name Class mentioned next to each one)**\* Pentium G4400 (Skylake @54W TDP) - Intel ARK states is "ECC CAPABLE" Celeron G3930 (Kaby Lake @ 51W TDP) - Intel ARK states is "ECC CAPABLE" :) i5 6402P (Skylake @65W TDP) - Intel ARK states is "NOT ECC CAPABLE" :( i5 6600k (Skylake @ 91W TDP) - Intel ARK states is "NOT ECC CAPABLE" :( i7 6700 (Skylake @ 65W TDP) - Intel ARK states is "NOT ECC CAPABLE" :( i7 7700k (Kaby Lake @ 95W TDP) - Intel ARK states is "NOT ECC CAPABLE" :( ***8TH GEN INTEL's **\* i3-8350K (Coffee Lake @91W TDP) - Intel ARK states is "ECC FRIENDLY" :) I5-8600K (Coffee Lake @95W TDP) - Intel ARK states is "NOT ECC CAPABLE" :( ***AMD RYZEN's **\* Ryzen 3 2200G Ryzen 5 1600 Ryzen 7 1700X ______________________ MOTHERBOARDS - ***7TH GEN AND BELOW INTEL BASED MOBO'S - **\* MSI Z170A-SLI ASUS PRIME Z270-A ASUS PRIME Z270-P ASUS PRIME Z270-K EVGA Z270 Stinger GIGABYTE GA-Z270XP-SLI MSI B150M ARCTIC MSI B250M MICRO ATX (PRO OPT. BOOST EDITION) ***8TH GEN INTEL BASED MOBO'S - **\* EVGA Z370 FTW GIGABYTE Z370XP SLI (Rev. 1.0) MSI Z370 SLI PLUS ***AMD RYZEN BASED MOBO'S - **\* ASUS ROG STRIX B350-F GAMING MSI B350 TOMAHAWK MSI X370 GAMING PRO ASROCK AB350M PRO4 ______________________ RAM - Way too many to list, nothing but 4 & 8GB DDR4 sticks and unfortunately, none are ECC so it's not even worth mentioning/listing these unless someone reading this is willing to barter. At which time I'd be obliged to send an itemized list or see if I have what they're/you're specifically looking for.\* ______________________ THERMAL APPLICATIONS/FANS - JUST FANS - BeQuiet - Pure Wings 2 (80mm) Pure Wings 2 (120mm) Pure Wings 2 (140mm) Silent Wings 3 PWM (120mm) NOCTUA - PoopBrown - NF-A20 PWM (200mm) Specifically for the BIG "CoolerMaster HAF XB EVO" Case GREY - NF-P12 Redux - 1700RPM (120mm) PWM Corsair - Air Series AF120LED (120mm) CPU COOLING SYSTEMS - NOCTUA - NT-HH 1.4ml Thermal Compound NH-D15 6 Heatpipe system (this thing is the tits) EVGA (Extremely crappy coding in the software here, I'm like 99.99% these will be problematic if I were to try and use in any OS outside of Windows, because they barely ever work in the intended Windows as it is). CLC 240 (240mm Water-cooled system CRYORIG - Cryorig C7 Cu (Low-Profile Copper Edition*) A