Svetlana L

Lendefi Finance is an innovative DeFi trading protocol on the Binance Smart Chain. The protocol revolutionizes leveraged trading of digital assets by delivering a suite of advanced trading tools, within an undercollateralized lending model.

$GENE is a deflationary utility token that pharmaceutical companies and research organisations use to offer users for querying their data.

Genomes.io brokers the queries and it is up to individuals whether they want to approve this query. GENE will be an ERC-20 token on the Ethereum blockchain.

Cometh is a blockchain game that lets users own yield-generating NFTs, integrating both DeFi and NFT features into a single, fun gaming experience.

Operating system support

There are proprietary drivers for the Linux-based mobile operating system Android available from Qualcomm themselves. Historically the only way to have GPU support on non-Android Linux was with the libhybris wrapper.

Linux and Mesa supports the Adreno 200/300/400/500 series of GPUs with a driver called freedreno. Freedreno allows fully open-source graphics on devices like the 96Boards Dragonboard 410c and Nexus 7 (2013).

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Alpha is sometimes referred to as the abnormal rate of return, excess return, or active return. It is a measure that shows when an investment earns a better return than the market, an index, or a relevant benchmark during a specific period. In other words, when the investment beats the market.

Alpha is sometimes referred to as the abnormal rate of return, excess return, or active return. It is a measure that shows when an investment earns a better return than the market, an index, or a relevant benchmark during a specific period. In other words, when the investment beats the market.

The PocMon Gaming NFT Ecosystem is designed to meet all kinds of decentraised gaming requests: from NFTs discovery, minting and trading to game currencies exchange, lootboxes and blockchain games store.

The PocMon Gaming NFT Ecosystem is designed to meet all kinds of decentraised gaming requests: from NFTs discovery, minting and trading to game currencies exchange, lootboxes and blockchain games store.

The PocMon Multi-blockchain Gaming Ecosystem will be designed to meet all kinds of decentralized gaming requests: from NFTs discovery, minting, and trading to p2e gaming, Lootballs, and blockchain games store. Our goal is to create a multi-blockchain NFT platform that would allow both projects and individuals to seamlessly trade and interact with all types of game assets. To do this, we are developing an infrastructure that will allow to:

• Сreate NFT tokens of any formats and standards that will be compatible with all major marketplaces and Dapps
• Sell, buy, trade, and raffle NFT assets
• Tokenize non-blockchain game assets
• Move NFT tokens between blockchains via the NFT bridge
• Overview NFTs created on other marketplaces and easily integrate them into PocMon Ecosystem.

In the near future, the PocMon marketplace will be deployed on BSC, Eth, Matic, Avalanche, Moonriver, and Huobi ECO.

AirTime is a monetization system that rewards website publishers and visitors anywhere based on the time spent on pages.

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ASIC (an acronym for application-specific integrated circuit) is an integrated circuit that is specialized for a specific task. Unlike conventional general-purpose integrated circuits, application-specific integrated circuits are used in a particular device and perform strictly limited functions specific to that device; consequently, the functions are more efficient and, ultimately, cheaper. An example of an ASIC is a chip designed to control only the radio channel of a cell phone, hardware coding/decoding chips for audio and video signals (signal processors).

ASIC chip has a narrow range of applications, due to a rigidly defined set of functions.

Modern ASICs often contain a 32-bit or even a 64-bit processor, sometimes with several cores, memory blocks (both ROM and RAM) and other large blocks. Such ASICs are often referred to as a single-chip system.

When designing digital ASICs, hardware device description languages (HDLs) such as Verilog and VHDL are used to describe their functionality.

Before the emergence of asics, coins were mined using video cards and computer processors. Such methods were profitable (processors to a lesser extent), however, due to the increase of power and big electricity bills, they became unprofitable.

These problems were solved with the creation of ASIC miners. ASIC stands for Application Specific Integrated Circuit.

ASIC-mining is mining cryptocurrency using special equipment. ASICs are designed to mine a specific coin and have no other use. The principles of mining on an icicus are the same as those of a video card - the icicus decrypts the blockchain and creates new blocks. It differs in that the calculations are done with special chips, and its power is higher. Thus, more coins can be mined with the help of asics.

Asics appeared long before the emergence of cryptocurrencies. For the first time, they were used to speed up graphics work in computers in 1981. Later, asics were used in many electronic devices to optimize and speed up operations.

If you think about it, an icicle is just a chip that does a certain kind of work. And already in the 21st century, these microchips allow deciphering the algorithms behind a particular blockchain.

It is important to note that each cryptocurrency works based on a specific algorithm. These algorithms may or may not coincide between cryptocurrencies. It is very important to choose an Icic that fits the algorithm of the cryptocurrency you are going to mine.

Despite the fact that Icic mining brings good profits, it has a number of disadvantages. One of those disadvantages is that each individual icicus is designed for 1-2 algorithms. Icic can't be re-purposed for other currencies and if you want to start mining other coins - you'll have to buy new equipment.

Another disadvantage is that these devices are specific and it is quite difficult to find a reliable distributor. You can't come to the store, choose a suitable Icic and make sure of its quality. You have to order it online and wait for it to arrive in normal condition. Moreover, most likely, the customs will not let your device through and the seller will need to send it in disassembled condition. This takes a lot of time and strains your nerves, because such equipment costs quite a lot of money.

However, asics are very popular, and their development is quite active. Every year there are new technologies and it is possible that in a couple of years, the icicle will be no bigger than a standard tablet.

There is an opinion that the use of ACIS miners harms the entire crypto industry. The fact is that the power of asics is enough to create new blocks in a fairly short time. Many entrepreneurs create mining aisic farms with huge profits. This leads to the fact that most of the coins belong to a narrow circle of people, and thus to centralization.

The basic principle of cryptocurrencies and blockchain is that the more people own a coin, the more decentralized it is. And the more decentralized it is, the more stable and efficient the whole system is.

To prevent the centralization and disappearance of cryptocurrencies, many blockchains create hashing algorithms that are resistant to ASIC hardware. For example, the developers of the anonymous cryptocurrency Monero deliberately make changes to the algorithm every six months.

On the one hand, the active proliferation of asics has negative consequences, as centralization is harmful for the entire industry and can lead to its collapse. On the other hand, Icic farms motivate developers to create new, more robust algorithms. Icic farms push the system to evolve, speed up the block creation process, and help produce more coins.

How exactly one treats Iciches is an individual matter. However, all opinions agree on one thing - asics have a huge impact on the whole industry and it's hard for us to do anything about it.

Adreno is a series of semiconductor cores with intelligent proprietary graphics processing units (GPUs) developed by Qualcomm and used in many of their SoCs.

Adreno (an anagram of the AMD Radeon graphics card brand) began as Qualcomm's own brand of graphics technology and was used in their mobile chipsets. Early Adreno models included the Adreno 100 and 110, which had 2D graphics acceleration and limited multimedia capabilities. At the time, 3D graphics on mobile platforms were typically handled by software rendering engines, which limited their performance. Due to the growing demand for more advanced multimedia and 3D graphics capabilities, Qualcomm purchased the Imageon IP license from AMD to add 3D hardware acceleration capabilities to its mobile products. Further collaboration with AMD led to the development of the Adreno 200, released in 2008, which was integrated into the first Snapdragon SoC. In January 2009, AMD sold its entire Imageon handheld graphics processing division to Qualcomm.

Adreno 130 is inside the MSM7x01 and MSM7x01A. It supports OpenGL ES 1.1, OpenVG 1.1, EGL 1.3, Direct3D Mobile, Scalable Vector Graphics Tiny Support 1.2, Direct Draw and graphics device interface.

Adreno 200 (AMD Z430) inside QSD8x50 and MSM7x27 (133 MHz). It offers a programmable feature pipeline and texture streaming with support for OpenGL ES 1.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, SVGT 1.2 and DirectDraw. (22 million triangles per second, 133 million pixels per second, clock speed up to 133 MHz).

Adreno 200 is improved inside MSM7x25A and MSM7x27A (200 MHz). It supports OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, SVGT 1.2, Direct Draw and GDI. (40 million triangles per second, 200 megapixels per second, clock speed up to 200 MHz).

Adreno 203 inside MSM8225 and MSM8225Q (400 MHz). This is an improvement over the Adreno 205. It has a higher frequency, better pixel fill rate, lower power consumption and better performance in 3D. It is about 50-100% faster than the Adreno 200 (improved) and 10-25% faster than the Adreno 205. It can run twice as fast as the Adreno 205. It supports OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, DirectX 9.0c, SVGT 1.2, Direct Draw and GDI. (42-50 million triangles per second, 250-300 pixels per second, 192-400 MHz clock speed).

Adreno 205 inside QSD8x50A, MSM7x30 and MSM8x55 (245 MHz). Its improvements include hardware SVG and Adobe Flash acceleration and better shader performance than the Adreno 200. It supports OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, SVGT 1.2, Direct Draw and GDI. (57 million triangles per second, 250 million pixels per second, clock speed up to 400 MHz).

Adreno 220 inside MSM8660 or MSM8260 (266MHZ) with single-channel memory. It supports OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, DirectX 9.0c, SVGT 1.2, Direct Draw and GDI. (88 million triangles per second, 500 million pixels per second, standard clock speed up to 266 MHz, overclocking up to 400 MHz). Adreno 225 inside MSM8960 (400 MHz) with unified shader architecture and dual-channel memory. It supports Direct3D 9.0c in addition to OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, SVGT 1.2, Direct Draw and GDI.

Adreno 320 inside Qualcomm S4 Pro & Prime Series with unified shader architecture and dual-channel memory. It supports Direct3D 9_3 feature level in addition to OpenGL ES 3.0, OpenGL ES 2.0, OpenGL ES 1.1, OpenVG 1.1, EGL 1.4, Direct3D Mobile, SVGT 1.2.

Adreno 330 inside the Nexus 5, Nokia Lumia 2520, Nokia Lumia 1520, Nokia Lumia Icon, Nokia Lumia 930, Samsung Galaxy S5, Samsung Galaxy Note 3, Sony Xperia Z1, Sony Xperia Z1 Compact, smartphones Sony Xperia Z2, Sony Xperia Z3, Sony Xperia Z3 Compact, Sony Xperia Z Ultra, Xiaomi Mi3, Xiaomi Mi4, OnePlus One, HTC One (M8) and LG G2 / G3.

Adreno 420 inside Qualcomm Snapdragon 805 supports Direct3D 11.2 runtime environment. Inside Google Nexus 6, Samsung Galaxy S5 LTE-A, Samsung Galaxy Note 4, Samsung Galaxy Note Edge, LG G3 Cat. 6, Qualcomm Snapdragon 805, the first phone SoC to ever have a 128-bit memory bus.

The Adreno 540 inside the Qualcomm Snapdragon 835 is the first phone SoC with variable refresh rate and Foveated Render / Variate Rate Shading, Qualcomm calls its implementations Q-Sync and Adreno Foveation.

Adreno 630 inside the Qualcomm Snapdragon 845, the first phone SoC with Inside-Out Room-scale 6DoF with SLAM

Adreno 640 inside Qualcomm Snapdragon 855 - the first phone SoC with updated GPU drivers from the Google Play Store.