Trending November 2023 # Is Quantum Ai Legit? Truth Behind Trading Platform # Suggested December 2023 # Top 17 Popular

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Must See: Best AI Picture Generators

While some sources assert that Quantum AI is a legitimate trading platform, touting its AI-based algorithms and high success rate, others question its legitimacy. The platform claims to have an impressive success rate of over 85%, which could potentially double users’ passive income. Additionally, it provides tools to explore specific interests in digital assets, offering leveraged trading and support for various cryptocurrencies.

However, concerns arise from the lack of transparency surrounding Quantum AI. The creators remain anonymous, with no available information on the official website or social media platforms. While anonymity is not uncommon in the crypto world, the absence of information raises a red flag and necessitates caution.

Quantum AI’s anonymous creators and the absence of verifiable information about them create skepticism. Transparency is crucial for establishing trust in any trading platform. While the crypto space often operates with anonymity, it is essential to exercise caution when the team behind a platform remains undisclosed.

Trading bots can be highly risky and may lead to substantial financial losses. Quantum AI promotes itself as a user-friendly platform simplifying crypto trading for everyone. However, investors should be aware of the risks associated with relying solely on automated trading systems. Thorough research and careful consideration are necessary before entrusting funds to any trading bot, including Quantum AI.

Quantum AI highlights the need for caution when engaging in Contract for Difference (CFD) trading. CFDs can be complex financial instruments with significant risks. Investors must thoroughly understand the intricacies of CFD trading and consider the potential losses before participating in such activities on Quantum AI or any other platform.

Several sources claim that Quantum AI is a scam that exploits the celebrity status of Elon Musk to promote fraudulent software. The Quantum AI scam allegedly combines deceptive tactics, such as impersonating Elon Musk, to deceive potential investors. This highlights the importance of conducting thorough research and exercising caution before investing in Quantum AI or any other trading platform.

Interesting: Is It Possible to Fall in Love with an AI?

Quantum AI is not regulated, as it operates in the crypto trading realm, which often lacks strict regulatory oversight. Investors should be cautious when engaging with unregulated platforms and conduct thorough due diligence.

Quantum AI claims to have a success rate of over 85%. However, it is crucial to approach such claims with skepticism and independently verify the accuracy of the stated success rate.

Trusting an anonymous trading platform like Quantum AI requires careful consideration. While anonymity itself does not indicate illegitimacy, it does raise concerns about transparency and accountability. Here are a few factors to consider when deciding whether to trust an anonymous trading platform:

Look for reviews and feedback from other users who have experience with Quantum AI. Online forums, social media platforms, and reputable review websites can provide insights into the platform’s credibility and user experiences. However, exercise caution as fake reviews are also prevalent in the online space.

Try to independently verify the claims made by Quantum AI. Look for evidence supporting their success rate and performance. If possible, consult with financial experts or professionals in the trading industry to get their perspective on the platform.

Assess the risks associated with using an anonymous trading platform. Consider the potential financial losses and the lack of legal recourse in case of disputes or issues with the platform. It is crucial to balance the potential rewards with the inherent risks involved.

Explore other legitimate and regulated trading platforms that offer similar features and services. Compare the reputation, track record, and transparency of different platforms to make an informed decision.

Ultimately, the decision to trust an anonymous trading platform like Quantum AI is a personal one. It is essential to conduct thorough research, exercise caution, and consider the risks involved before investing your funds.

The legitimacy of Quantum AI, a trading platform utilizing AI algorithms, remains a subject of debate. While the platform claims high success rates and the potential to double passive income, concerns arise due to the anonymity of its creators and the associated risks of trading bots. Investors should approach Quantum AI and similar platforms with caution, conducting thorough research, and considering alternative regulated options. Remember, trading always involves risks, and no platform can guarantee consistent profits.

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Metformin Weight Loss: Truth Behind Its Side Effect

Recently people are much talking about the drug Metformin and its “miracle” weight-loss qualities.

What is Metformin?

Metformin is a drug prescribed to address type-2 diabetes. It is also prescribed for obese or overweight individuals at risk of developing diabetes, i.e., prediabetic.

How it Works?

Metformin works to address diabetes by improving the efficiency and effectiveness with which the body’s muscles use glucose and by minimizing glucose release by the liver. It also promotes better functioning of insulin, thereby raising insulin sensitivity. So, it can also be prescribed for overweight individuals who display insulin resistance.

With better insulin function, your blood sugar levels drop concomitantly. Metformin drugs like Glucophage are usually used in conjunction with other medications. Doctors suggest lifestyle changes to maximize the benefits of this drug regime.

Currently, FDA, or the U.S. Food and Drug Administration, has only cleared the use of Metformin to treat type 2 diabetes and considered it the first-line treatment.

Does Metformin Cause Weight Loss and How?

Metformin has been shown to promote moderate weight loss among the people it is prescribed for. It is very different compared to other diabetes drugs, which usually make people put on weight. But it’s important to note that weight loss is a secondary side-effect. The medication isn’t prescribed for weight loss, but dropping a few pounds is a happy coincidence.

Initially, taking Metformin makes most patients quite sick to their stomachs. They suffer nausea, diarrhea, vomiting, and an upset stomach. These side effects could cause a temporary but almost immediate loss in water weight. The side effects can also last quite a while, causing a decrease in appetite and a reluctance to eat, which may also cause weight reduction.

But Metformin has an array of other stimulatory mechanisms responsible for weight loss. For one, the body either produces more leptin or becomes more sensitive to leptin – the exact modality remains unclear. The leptin hormone is responsible for increased feelings of fullness, which curb appetite. The GLP-1 hormone is also thought to be released with this drug, which further blocks the GLP receptor and suppresses appetite. The simultaneous function of these hormones could promote weight loss by limiting and regulating the body’s need to eat.

Metformin also supposedly reduces visceral fat stored around organs in the abdominal cavity. Because it burns this fat, patients may see a reduction in their waistline and belly fat. It may also affect the gut bacteria or microbiome ecosystem, the enhanced activity of which also interplays with other hormones and brain activity to reduce hunger and food intake.

Is the Weight Loss from Metformin Permanent?

Weight loss may be a reason for prescribing the drug. In case you are prediabetic or have metabolic complications due to obesity. But weight loss is temporary and dependent on several factors. If you take Metformin, continue eating indiscriminately, and remain sedentary, you may not even lose weight. But with all other factors remaining the same, you will probably gain the weight back once you regain your normal appetite – it doesn’t substitute an active lifestyle. In any case, you can only lose about 3-5 kg in about four or five years. The proper diet and fitness regime can sustain and increase gradually over the years.

Metformin isn’t a magic drug that promotes sudden or drastic weight loss. It isn’t a quick fix for an unhealthy routine. If you have to lose a lot of weight, for example, 10-15 kgs, then Metformin’s contribution is minimal.

Is using Metformin for weight loss Safe?

So far, it hasn’t proven problematic for Type 2 diabetes and parallel concerns. However, since it isn’t prescribed for type 1 diabetes, obesity, or weight management, you need to be responsible for its use. A doctor should prescribe it and must use only the stated amounts. Dosages should be adjusted based on any side effects, significantly if you don’t suffer from the primary issue targeted i.e., Type 2 diabetes. Metformin use for weight loss is unlikely to develop serious side effects but should be strictly monitored. Depending on their body types and metabolic activity, it may only be effective for some.

Adults are not to have more than 25 ml a day – the ideal dosage is between 5-8.5 ml daily. For children, the recommended dosage is only 5ml. The range for tablets is between 500 and 1000 mg and should never exceed 2500 mg. Only liquid and standard tablets are currently available on the market.

Some extended-release Metformin tablets were recalled recently due to the suspected presence of a potential carcinogen. Until the risk of cancer-causing ingredients is ruled out, they will remain unavailable.

Conclusion

Metformin can be used if the situation so necessitates it. But taking a drug as a shortcut is never a good idea. As we’ve seen with the recall, medicines can have unintended consequences. It’s always best to lose weight naturally and healthily.

Tested: The Truth Behind The Macbook Pro’s ‘Terrible’ Battery Life

Read professional reviews of Apple’s new MacBook Pro lineup, and you’ll come away thinking the new laptops have great battery life.

User Happypuppy was anything but. “Not happy with the battery either. I was editing my MacBook review video last night and at 6:28 p.m. it was at 100 percent,” Happypuppy wrote. “At 8:52 p.m. it was down to about 42 percent.” 

Adam Patrick Murray

Complaints about poor battery life on the new MacBook Pro lineup have been piling up—despite the laptops’ high marks for battery life from professional reviewers.

Contrast those writeups with Macworld’s review, which said: “Battery life is also solid, with both models lasting a full day of heavy use, with multiple apps open, dozens of Safari tabs, streaming music to Spotify, and occasionally indulging in some video viewing with Sierra’s picture-in-picture feature.”

Macworld isn’t alone. From Laptopmag to The Verge and chúng tôi the vast majority of reviewers have lauded the MacBook Pros for good battery life.

My own tests agreed. I’m no fan of the MacBook Pro’s butterfly-switch keyboard, nor its lack of USB Type A ports, but one thing I do know is it has relatively good battery life. When I tested both a non-Touch Bar 13-inch MacBook Pro and the base 15-inch MacBook Pro some months ago, I was able to coax about nine hours of 4K video playback from each at 255 nits of brightness.

A search for the truth

This particular MacBook Pro 15 is the baseline model with a Core i7-6700HQ, Radeon Pro 450, 16GB of LPDDR3/2133 RAM, and 256GB of flash storage. The OS I used in the majority of these tests was the latest public one available when I started my testing: macOS Sierra 10.12.2. I disabled automatic screen dimming and manually calibrated brightness using our Minolta photometer for each of the brightness settings I used.

Adam Patrick Murray

The MacBook Pro 15 with discrete graphics has indeed suffered from a software problem that chews up the battery.

Video playback is still great

For the first test, I ran the open-source 4K movie Tears of Steel. The actual video player you use can have a huge impact on battery life (you can read more on this topic here), so I opted to use Apple’s QuickTime player. Apple’s official video run-down test uses iTunes, but I’ve never figured out how the company is able to get the video to loop for its tests. 

The MacBook Pro 15 has pretty stellar life playing video. Set to 257 nits, we’re seeing just about eight hours of battery life. Even more impressive to me is that at the blazing 500-nit setting, you can still get six hours of run time. Considering the 2880-by-1800 native resolution and brightness of the panel, that’s actually pretty nice.

IDG

You can expect from 6 to 10 hours of battery life playing 4K video, depending on the brightness of the screen.

There’s one more result on the chart to be aware of, and that’s the battery life when none of the laptop’s USB-C ports are being used. For all the other tests, I used a self-powered device that logs the voltage of the USB port. This lets us know when the laptop is on, and when it finally dies.

This device works because on older MacBook Pros and most other laptops, the USB Type A ports are run on chips that are usually powered on at all times. The MacBook Pro, however, uses Thunderbolt 3 controllers. With Thunderbolt 3, the chip appears to conserve power by switching off when not being used.

The upshot: If you run a USB device on your MacBook Pro, you’ll take a small hit. If you refrain from doing that, then you’ll probably get slightly longer battery life.

Streaming video playback

Most video today is watched online, not offline. Using a brightness setting of 257 nits, I flipped on the Wi-Fi and measured how long it took to run down the MacBook Pro 15 on YouTube and Netflix. For YouTube, I picked a 24-hour Nyan Cat video that’s pretty low-res. I don’t get Nyan Cat, but apparently it’s a thing. It’s also a 24-hour video, so there wasn’t a chance it would stop in the middle of the night and invalidate my test.

Rather than pick a video on Netflix and try to rewind it every few hours, or try to binge-watch a show (which can be unreliable, as the video will occasionally stop streaming), I decided to use Netflix’s internal test video called Example 8 hour 23.976. I intentionally forced the video bit rate to the 4870 option. Audio was on for both, and I used a set of earbuds.

IDG

Netflix and YouTube streaming also yielded fairly good battery runtime on the new MacBook Pro 15.

Battery life under hard use: This is the tricky part

When you’re looking at this category of laptop, however, you shouldn’t expect people to limit their chores to light duty. It is a “pro” laptop, right? One thing I don’t think people understand is just how much of a penalty you pay when you push the GPU or CPU very hard. 

To find out, I ran two tests. The first used the game Tomb Raider. I set the game for 1680×1050 resolution on the medium setting and ran the game’s built-in benchmark. Once the benchmark is finished, it continues to loop a 3D scene. I then unplugged the MacBook Pro 15 and let it run down to zero. This particular test is mostly a load on the GPU, but the CPU is working as well.

After recharging the laptop, I ran the test using Prime95, which is a pure CPU test. I used the Torture Test Blended mode and manually recorded when the laptop died.

The point of these two tests is to address the people who say they “just did a little video editing” or some other intensive tasks for a “short time” before the battery ran down. Look at this chart and then think about your mix of work. A short time is all you should really expect if the task really pushes that CPU or GPU. On intensive tasks, the only way to get longer life is use a larger battery (more on that below.)

IDG

Push the GPU or CPU hard on the new MacBook Pro 15, and battery life will plummet.

There was, indeed, a bug. Read on to learn all about it.

Smarter Ai Through Quantum, Neuromorphic, And High

Achieving a smarter version of AI through Quantum computing, Neuromorphic computing, and High-performance computing.

The current AI and Deep Learning of the present era have a few shortcomings like training a deep net can be very time-consuming, cloud computing can be costly and unavailability of sufficient data can also be a problem. To be rid of these, the scientists are all set in their search for a smarter version of AI, and there seem to be three ways they can progress in the future.  

High-Performance Computing (HPC)

Within the process of improving AI, the most focus is on high-performance computing. It is based on the deep neural net but aims to make them faster and easier to access. It aims to provide better general-purpose environments like TensorFlow, and greater utilization of GPUs and FPGAs in larger and larger data centers, with the promise of even more specialized chips not too far away.  The key drivers here address at least two of the three impediments to progress.  These improvements will make it faster and easier to program for more reliably good results, and faster chips in particular should make the raw machine compute time shorter. The point of having a high-performance computer is so that the individual nodes can work together to solve a problem larger than any one computer can easily solve. And, just like people, the nodes need to be able to talk to one another in order to work meaningfully together. Of course, computers talk to each other over networks, and there is a variety of computer network (or interconnect) options available for the business clusters.  

Neuromorphic Computing

Neuromorphic computing began as the pursuit of using analog circuits to mimic the synaptic structures found in brains. The brain excels at picking out patterns from noise and learning. A neuromorphic CPU excels at processing discrete, clear data. many believe neuromorphic computing can unlock applications and solve large-scale problems that have stymied conventional computing systems for decades. In 2008, the U.S. Defense Advanced Research Projects Agency (DARPA) launched a program called Systems of Neuromorphic Adaptive Plastic Scalable Electronics, or SyNAPSE, “to develop low-power electronic neuromorphic computers that scale to biological levels.” The project’s first phase was to develop nanometer-scale synapses that mimicked synapse activity in the brain but would function in a microcircuit-based architecture. Intel Labs set to work on its own lines of neuromorphic inquiry in 2011. While working through a series of acquisitions around AI processing, Intel made a critical talent hire in Narayan Srinivasa, who came aboard in early 2023 as Intel Labs’ chief scientist and senior principal engineer for neuromorphic computing.  

Quantum Computing

The current AI and Deep Learning of the present era have a few shortcomings like training a deep net can be very time-consuming, cloud computing can be costly and unavailability of sufficient data can also be a problem. To be rid of these, the scientists are all set in their search for a smarter version of AI, and there seem to be three ways they can progress in the future.Within the process of improving AI, the most focus is on high-performance computing. It is based on the deep neural net but aims to make them faster and easier to access. It aims to provide better general-purpose environments like TensorFlow, and greater utilization of GPUs and FPGAs in larger and larger data centers, with the promise of even more specialized chips not too far away. The key drivers here address at least two of the three impediments to progress. These improvements will make it faster and easier to program for more reliably good results, and faster chips in particular should make the raw machine compute time shorter. The point of having a high-performance computer is so that the individual nodes can work together to solve a problem larger than any one computer can easily solve. And, just like people, the nodes need to be able to talk to one another in order to work meaningfully together. Of course, computers talk to each other over networks, and there is a variety of computer network (or interconnect) options available for the business clusters.Neuromorphic computing began as the pursuit of using analog circuits to mimic the synaptic structures found in brains. The brain excels at picking out patterns from noise and learning. A neuromorphic CPU excels at processing discrete, clear data. many believe neuromorphic computing can unlock applications and solve large-scale problems that have stymied conventional computing systems for decades. In 2008, the U.S. Defense Advanced Research Projects Agency (DARPA) launched a program called Systems of Neuromorphic Adaptive Plastic Scalable Electronics, or SyNAPSE, “to develop low-power electronic neuromorphic computers that scale to biological levels.” The project’s first phase was to develop nanometer-scale synapses that mimicked synapse activity in the brain but would function in a microcircuit-based architecture. Intel Labs set to work on its own lines of neuromorphic inquiry in 2011. While working through a series of acquisitions around AI processing, Intel made a critical talent hire in Narayan Srinivasa, who came aboard in early 2023 as Intel Labs’ chief scientist and senior principal engineer for neuromorphic chúng tôi quantum computing, operations instead use the quantum state of an object to produce what’s known as a qubit. These states are the undefined properties of an object before they’ve been detected, such as the spin of an electron or the polarization of a photon. Rather than having a clear position, unmeasured quantum states occur in a mixed ‘superposition’, like a coin spinning through the air before landing. These superpositions can be entangled with those of other objects, meaning their final outcomes will be mathematically related even if they are unknown. Qubits can represent numerous possible combinations of 1 and 0 at the same time. This ability to simultaneously be in multiple states is called superposition. To put qubits into superposition, researchers manipulate them using precision lasers or microwave beams. With the help of this counterintuitive phenomenon, a quantum computer with several qubits in superposition can crunch through a vast number of potential outcomes simultaneously. The final result of a calculation emerges only once the qubits are measured, which immediately causes their quantum state to “collapse” to either 1 or 0.

Making Leverage Trading Easy With Wowswap

Traditionally, Leverage or Margin Trading has had a very niche group of users who had to be highly skilled and technically sound in their knowledge of the market in order to reap its benefits. With the creation of cryptocurrencies, this scenario has seen a significant change as almost all major crypto exchanges now offer the option of margin trading.

With the steady growth in DeFi (Decentralised Finance), this too has changed. What was originally a centrally controlled system wherein platforms and exchanges controlled and leveraged their trading rules, liquidation procedures, assets, and capital lending rates, is giving way to a decentralized system lead by the community.

Driven by this mission, WOWSwap is a decentralized exchange run by the community, one that allows users to benefit from its protocol and make profits through leveraged trading. Its community-driven approach gives the user an opportunity to create and operate common liquidity pools, liquidation procedures, and much more.

What is leveraging?

Leverage Trading refers to borrowing funds in order to increase a trader’s position size and market exposure, therefore, increasing its profitability. A trader’s initial investment is called the ‘margin’ and is the collateral used in case the asset’s market price moves in the opposite direction. Margin trading lets the traders benefit from both bullish and bearish markets by opening both long and short positions.

How WOWSwap works?

WOWSwap’s platform caters to the most liquid tokens on PancakeSwap with up to 5x leverage. These tokens include ETH, WOW, CAKE, BTCB, ATOM, AUTO, DOT, YFI, UNI, SFP, ALPHA, TWT, SXP, LINK, ADA, SPARTA, BRY, BAND, FIL, LIT, LTC, JULD, UNFI, BIFI, BDO, XVS, BSCX, and zSEED. Later on, the community will have the chance to vote on the addition of any more tokens for trading on their website.

WOWSwap’s mainnet app was launched on the Binance Smart Chain on top of PancakeSwap DEX. As one of the main problems faced while trading is a high gas price, WOWSwap solves this and charges a minimal gas fee for transactions.  It is available on Binance Smart Chain on top of PancakeSwap DEX and on Polygon on top of quickswap DEX.

The platform allows individuals to provide liquidity to BNB and BUSD on BSC network and MATIC, ETH and USDC on polygon network. This allows traders to use these funds in order to finance their leveraged swaps on decentralized automated market makers (AMM). The individuals earn a passive income from traders who pay an Hourly Interest Rate on the amount. The platform is also all set to start liquidity mining from the end of April.

Proxy tokens, Liquidations, and Portfolios

In the case of liquidity providers, their tokens need to be converted from BNB/BUSD to ibBNB/ibBUSD, which are interest-bearing tokens in order to add liquidity to the pools.

While buying a token with leverage on the platform, a user is given information regarding the borrowed amount and the Hourly Interest Rate (HIR) for it. After a swap is done, ‘proxy tokens’ (ERC-20 transferable tokens) are provided to the user which is pegged 1:1 to the real tokens.

These ‘proxy tokens’ are then changed into real tokens for BNB/BUSD on PancakeSwap to repay the loan to the liquidity pool and the remaining amount is then transferred to the user.

The protocol charges 5% of net profits made by the traders and divides it equally between their insurance fund and expenditure to buy and burn WOW tokens. The users are aided through this extensive process, through the interface used by the WOWSwap platform which is minimal and relatively easy to use even for amateurs.

As Liquidation events cannot happen on their own on the WOWSwap platform, a margin caller needs to trigger it. If a successful liquidation occurs, the margin caller would receive a liquidation reward which is currently set at 5% but can be changed later.

The Portfolio section provides extensive details about the user’s transactions and other details such as its current position size, its value, debt, HIR, and position health.

Instant governance model

As mentioned earlier, the WOWSwap protocol is managed by a decentralized community of token holders and their delegates. These delegates control the addition or deletion of tokens by voting and presenting proposals, which are both executable codes. Users can delegate and/or receive their voting rights from other users. Once a user proposes voting on a proposal, it remains open for 3 days and once a majority is achieved, a 24-hour timelock kicks in after which the proposal is broadcasted to the network.

Their team is currently working on the platform’s governance and the interface for adding proposals and voting is in the pipeline and scheduled to be launched very soon.

ICO and public sale

The WOW token public sale which took place on the 25th of February 2023 achieved the record for the fastest ICO sale in the world. The backers of the token sent over $11 million worth of BNB (Binance Coin) to the token sale smart contract and therefore, the $700k hard cap closed within just 9 seconds of the sale’s opening.

A BSC Scan of the transaction history of the public sale contract showed that over 1000 unique wallets participated in the sale, but only 111 buyers succeeded in acquiring the token. For the 954 remaining users, the platform later rolled out a special rewards program.

Tokenomics and distribution

The WOW token has a limited supply of 1,000,000 tokens which would be used for the protocol’s governance and community rewards system. Currently, the WOWSwap token has a market cap of $7.71 million dollars with its current price at $29.78 dollars for a token at the time of writing.

The community tokens will be distributed to the users over a span of 18 months in the following manner,

200,000 tokens will be reserved for community contests, marketing activities, bounty campaigns, white hacking rewards, and airdrops

200,000 tokens will be distributed to liquidity providers

100,000 will be distributed to leveraged traders

50,000 tokens to be distributed to margin callers

In the public sale, 230,000 WOW tokens were up for sale with a 3-month lock-up period. The funds collected from the public token sale would be used to provide initial liquidity for leverage traders and accelerate the development of the protocol.

While 90% of the total funds would be used to provide liquidity on PancakeSwap, protocol development, marketing, BNB lending, and audit, the remaining 10% would be kept as a reserve for further expansion of the protocol.

Final Word

WOWSwap seeks to bring the concept of Leveraging and DeFi together and presenting it in a simple yet effective manner for its users. The platform set records even before its actual launch with its ICO, proving that it is building an enthusiastic user base.

With its instant governance model, it is looking to create a community-driven platform where each user will have a say in the implementation of its proposals. While lenders can earn a passive income by becoming a liquidity provider, borrowers can make profits and save up on gas. In this way, WOWSwap is looking to offer something to everyone.

For more information, check out their website.

WOWSwap also has an active Telegram, Medium, and Twitter to get in touch with its users.

Roku Vs Chromecast: Which Streaming Platform Is Right For You?

Edgar Cervantes / Android Authority

While there are a lot of media streaming devices on the market, the chief rivalry in the budget space is arguably between Roku and Google’s Chromecast. You can have a great experience with either platform, so here’s what you need to know before making the leap.

On the surface, Roku seems to have a gigantic lineup compared with Google, but most of its standalone devices (we’re ignoring integrated Roku or Google TVs, here) are just variants of a few core products.

Roku streamers

Ryan Haines / Android Authority

Roku Express (Amazon): The cheapest model at $30, it comes with an infrared (“simple”) remote, and lacks support for 4K HDR. You can’t do Dolby or DTS audio unless you use HDMI passthrough, and it lacks volume leveling or night mode options.

Roku Express 4K: This one is increasingly hard to find, but it’s the cheapest with both 4K and HDR, the latter in the form of HDR10 Plus. Audio format support is largely the same, but you do get volume leveling and night modes.

Roku Express 4K Plus (Amazon): The only difference versus the regular Express 4K is the addition of Roku’s voice remote, which makes search easier and includes its own power and volume buttons.

Roku Streaming Stick 4K Plus (Amazon): Going with the Plus gets you the Voice Remote Pro. That includes a headphone jack for private listening, customizable shortcut buttons, and a finder function if you lose it in the couch cushions. The remote is rechargeable too, so you won’t burn through batteries.

Roku Ultra LT (Amazon): The main reason to go with an Ultra is performance — you get Roku’s fastest processor, its best Wi-Fi, best HDR compatibility, and an Ethernet port if you want maximum bandwidth. The Ultra LT only comes with Roku’s standard voice remote, though you do get the option of private listening through Bluetooth or the Roku mobile app. The LT is harder to find these days, but if you’re determined, you can still get one via Amazon or Walmart.

Roku Ultra (Amazon): This is the top of the line if you don’t want integrated speakers. Upgrades over the LT include the Voice Remote Pro, Dolby Atmos surround sound, and private listening via the remote as well as Bluetooth and the Roku app. If you’ve got media on a USB drive, you can plug it directly into the set-top.

Roku Streambar (Amazon): The Streambar is effectively an Ultra built into a soundbar, upgrading your TV’s audio and streaming tech simultaneously. Accordingly there are HDMI, USB, and optical ports, as well as improved audio options, namely speech enhancement and Dolby Audio processing. There are some odd sacrifices — you don’t get Dolby Atmos, and HDR is limited to HDR10 (not HDR10 Plus). You also only get Roku’s standard voice remote, limiting private listening to Bluetooth and the Roku app.

Roku Streambar Pro (Amazon): The major upgrade here is sound quality. Whereas the regular Streambar uses four 1.9-inch drivers, the ones in the Pro are sized at 2.5 inches, giving them more punch. An upgraded remote adds a headphone jack to private listening options, as well as customizable shortcut buttons and a finder function through the Roku app. Oddly enough the Pro doesn’t expand HDR support, or enable any form of surround sound. At least without buying additional Roku speakers, that is, but that’s true of the regular Streambar too.

Chromecast streamers

Edgar Cervantes / Android Authority

Chromecast with Google TV HD (Amazon): Google TV is an enhanced version of Android TV. The base $30 Chromecast dongle limits resolution to 1080p, but does support HDR in the form of HDR10 Plus and HLG. Its remote offers built-in Google Assistant.

Chromecast with Google TV 4K (Amazon): Largely identical to the HD, this upgrade adds 4K and Dolby Vision for the best possible picture. You can also buy it in “sky” or “sunrise” colors, not just the “snow” (white) of the HD.

Roku vs Chromecast: Software

Roku

Roku devices are based on Roku OS, which is relatively simple-looking compared to other streaming platforms, but that’s actually a benefit — it’s easy to learn, and runs smoothly on any recent hardware. There are several key features:

The Channel Store is where you go to find apps, since Roku refers to everything as “channels” regardless of whether it involves video, audio, or gaming. Confusion aside, the Store hosts over 4,000 titles, covering most major services and many niche options.

Voice search is deeply integrated into the platform, using either the Roku app or compatible remotes. It shows an array of viewing options in results, including subscriptions, purchases, and rentals.

In the US, UK, Canada, and Mexico, The Roku Channel offers a mix of live and on-demand programming, most of it free but ad-supported. In some cases you may be able to subscribe to outside services (like Showtime or Shudder) through the Channel, which are then centrally billed to your Roku account.

The Roku app serves many purposes, including finding and installing channels, and controlling devices connected to the same Wi-Fi network. It’s your best friend if you can’t find your physical remote.

In the US, Roku has partnered with Wyze to sell smart home accessories like lights, security cameras, and video doorbells. While you can use an app, Amazon Alexa, or Google Assistant for control, the novelty here is support within Roku OS. If someone rings the doorbell, for instance, you’ll get an alert on your TV and the ability to tune in directly.

There’s a limited amount of streaming control through third-party platforms including Alexa, Apple HomeKit, and Google Assistant. If you link an Echo speaker to a Roku device, for example, saying “Alexa, open YouTube” will both turn the Roku on and launch the YouTube app.

A Live TV Zone directs you to live programming. New with Roku OS 12 is a US-only Local News option, and a Premium Subscriptions section for signing up to paid live services.

Another Roku OS 12 addition is an improved Continue Watching row (under What to Watch) that makes it easier to resume viewing titles on services like Netflix, Max, and Prime Video.

The homescreen automatically groups movies and shows according to your habits, likewise offering recommendations.

There’s a centralized watchlist, which makes it easy to add items from multiple services for later viewing. Roku has an equivalent feature called the Save List, but Google still has the edge, not the least because you can add items from any device signed into Google Search on the web.

Google Assistant is a big one. While Roku devices offer limited integration with Assistant, Alexa, and HomeKit, you get full control of a Chromecast from any device with Assistant installed, including smart speakers and displays. Accordingly, that maximizes possibilities in smart home automation — imagine a “Hey Google, it’s movie night” command triggering a search for action movies while simultaneously lowering the blinds, cranking speaker volume, and dimming the lights to a faint orange glow.

Google Cast was the original Chromecast’s raison d’être, and while that technology is now present on many other devices (Rokus included), you’re guaranteed to get full compatibility with Google hardware, including moving media from room to room with your voice.

Extensive parental controls will only matter to some people, but through tools like Family Link you can limit app and media activity, including setting bedtimes to keep kids from streaming all night.

As you’d expect, Chromecasts are designed with hooks for Google services such as Google Photos and YouTube TV. In fact they’re the only way you can get a dedicated YouTube Music app on non-Google TVs, though you can always just play tracks in the primary YouTube app.

Roku vs Chromecast: Content

Most things you want to watch on Roku can be found on a Chromecast, and vice versa. There are some notable exceptions — Twitch is available on Android/Google TV but not Roku, for example — but you’re not going to be wanting for major services like Netflix, Max, or Spotify. Check the availability of your favorites before committing to a purchase.

Both platforms have access to YouTube, YouTube TV, and YouTube Music, though as we indicated, listening to Music on Roku involves using the main YouTube app. Roku only really sets itself apart by way of the Roku Channel, as well as host of extremely niche apps for content like church services or old cartoons. You probably won’t miss those on a Chromecast, and even the Roku Channel can be hit-or-miss, sometimes forcing you to sift for a while to find quality material. We wouldn’t depend on it as our only source of video.

Neither platform is good for gaming. Google killed off Stadia cloud games in January 2023.

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