RTX

RTX Price

RTX
$177.86
+$1.77(+1.00%)

*Data last updated: 2026-05-11 14:03 (UTC+8)

As of 2026-05-11 14:03, RTX (RTX) is priced at $177.86, with a total market cap of $237.13B, a P/E ratio of 36.54, and a dividend yield of 1.54%. Today, the stock price fluctuated between $174.61 and $178.78. The current price is 1.86% above the day's low and 0.51% below the day's high, with a trading volume of 6.26M. Over the past 52 weeks, RTX has traded between $135.42 to $214.50, and the current price is -17.08% away from the 52-week high.

RTX Key Stats

Yesterday's Close$176.78
Market Cap$237.13B
Volume6.26M
P/E Ratio36.54
Dividend Yield (TTM)1.54%
Dividend Amount$0.73
Diluted EPS (TTM)5.38
Net Income (FY)$6.73B
Revenue (FY)$88.60B
Earnings Date2026-10-19
EPS Estimate1.73
Revenue Estimate$23.77B
Shares Outstanding1.34B
Beta (1Y)0.301
Ex-Dividend Date2026-05-22
Dividend Payment Date2026-06-11

About RTX

RTX Corporation, an aerospace and defense company, provides systems and services for the commercial, military, and government customers in the United States and internationally. It operates through three segments: Collins Aerospace, Pratt & Whitney, and Raytheon. The Collins Aerospace Systems segment offers aerospace and defense products, and aftermarket service solutions for civil and military aircraft manufacturers and commercial airlines, as well as regional, business, and general aviation, defense, and commercial space operations. This segment also designs, produces, and supports cabin interior, including oxygen systems, food and beverage preparation, storage and galley systems, and lavatory and wastewater management systems; battlespace, test and training range systems, crew escape systems, and simulation and training solutions; information management services; and aftermarket services that include spare parts, overhaul and repair, engineering and technical support, training and fleet management solutions, and asset and information management services. Its Pratt & Whitney segment supplies aircraft engines for commercial, military, business jet, and general aviation customers; and produces, sells, and services military and commercial auxiliary power units. The Raytheon segment provides defensive and offensive threat detection, tracking, and mitigation capabilities for U.S., foreign government, and commercial customers. The company was formerly known as Raytheon Technologies Corporation and changed its name to RTX Corporation in July 2023. RTX Corporation was incorporated in 1934 and is headquartered in Arlington, Virginia.
SectorIndustrials
IndustryAerospace & Defense
CEOChristopher T. Calio
HeadquartersArlington,VA,US
Official Websitehttps://www.rtx.com
Employees (FY)180.00K
Average Revenue (1Y)$492.23K
Net Income per Employee$37.40K

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RTX (RTX) is currently trading at $177.86, with a 24h change of +1.00%. The 52-week trading range is $135.42–$214.50.

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RTX (RTX) Latest News

2026-04-22 04:26Gate launches the "Compute Power Goes Ballistic" campaign: complete tasks to unlock mystery boxes and win a Mac Studio M3 Ultra; USDT wealth management offers 6% APY; BTC/ETH/SOL staking up to 16% APYGate News message, according to the Gate official announcement on April 22, 2026, the platform has launched a "Compute Power Goes Ballistic" themed campaign. During the campaign (from 14:00 on April 22 to 16:00 on April 26, UTC+8), users can complete multiple tasks to unlock the chance to open mystery boxes. Prizes include Mac Studio M3 Ultra, RTX 5090 GPU, XPIN tokens, lucky draw gift bags, and more, using a 100% guaranteed win model. The tasks cover multiple scenarios such as instant exchange trading, spot trading, derivatives trading, deposits, invitations, and VIP upgrades, with different tasks corresponding to different numbers of mystery box openings. At the same time, the platform has introduced interim wealth-management products: USDT 14-day fixed-term wealth management with an annualized return of 6%. You can apply with a net deposit of ≥ 1,000 USDT, with a personal limit of 20,000 USDT. For on-chain earnings, staking BTC, ETH, and SOL can receive up to a 7.5% boost, with staked SOL reaching up to 16% annualized returns. In addition, new and existing users can also participate in multi-asset wealth-management products such as ETH, USDD, XAUT, AIA, SWCH, 0G, and APT, with some products offering annualized returns exceeding 100%.2026-03-03 03:39Gate Contract Stock Zone will launch RTX, GD, NOC, BA, TSM, WMT, and COST perpetual contracts globally on March 3, supporting leverage trading from 1-20x.Gate News bot message, according to the official Gate announcement on March 3, 2026 The Gate Contract Stock Zone will launch live trading of perpetual contracts for RTX (Raytheon Technologies), GD (General Dynamics), NOC (Northrop Grumman), BA (Boeing), TSMC (Taiwan Semiconductor Manufacturing Company), WMT (Walmart), and COST (Costco) at 12:00 (UTC+8) on March 3, 2026. Settled in USDT, supporting 1-20x long and short positions. RTX is a top global aerospace and defense conglomerate; GD is an integrated land, sea, air, and space defense group known for nuclear submarines, main battle tanks, and Gulfstream business jets; NOC is a giant in aerospace and defense technology, specializing in stealth fighters and strategic missiles; BA is the world's largest aerospace group; TSMC is the world's largest and most advanced wafer foundry; WMT is the largest physical retailer globally; COST is a leading membership-based warehouse club retailer. Additionally, the Gate Index Zone will launch live trading of the GER40 (Germany DAX 40 Index) perpetual contracts at 12:00 (UTC+8) on the same day, settled in USDT, supporting 1-20x long and short positions. GER40 is a core blue-chip index of the German stock market and one of the most important stock benchmarks in Europe.2026-02-25 17:03Brevis upgrades Pico Prism zkVM, achieving over 99% real-time proof of Ethereum based on 16 GPUsBlockBeats news, February 26 — According to official sources, Brevis has upgraded its Pico Prism zkVM. Now, only 2 machines and 16 RTX 5090 GPUs are needed to achieve over 99% real-time proof capability for Ethereum blocks, a significant reduction from the 8 servers and 64 GPUs announced in October 2025. The average proof time remains at 6.91 seconds, while GPU costs have plummeted from $128,000 to $32,000, bringing total hardware costs to around $100,000, aligning perfectly with the Ethereum Foundation’s capex goals for real-time proof infrastructure. The performance leap is driven by a newly designed dual-machine collaborative architecture: this setup eliminates cross-machine data transfer and ensures all GPUs operate at full capacity continuously. The Ethereum Foundation has announced that the performance competition is essentially over, shifting focus toward achieving 128-bit provable security to facilitate the integration of L1 zkEVM in 2026.2026-02-12 03:00RootData: RTX will unlock tokens worth approximately $3.08 million in one weekChainCatcher reports that, according to Web3 asset data platform RootData's token unlock data, RateX (RTX) will unlock approximately 1.23 million tokens at 9:00 AM Beijing time on February 19, valued at about 3.08 million USD.2026-01-29 12:45Insider: Alibaba is considering increasing AI infrastructure and cloud computing investment to 480 billion yuan within 3 yearsPANews January 29 News, according to LatePost, a knowledgeable source revealed that Alibaba is considering increasing its investment in AI infrastructure and cloud computing from 380 billion yuan to 480 billion yuan over the next three years. Alibaba has developed its own chip, Zhenwu 810E, domestically, and is heavily purchasing GPU resources overseas, with even consumer-grade graphics cards like RTX 4090 being used for inference cluster construction.

Hot Posts About RTX (RTX)

SnapshotLaborer

SnapshotLaborer

5 hours ago
Intel and NVIDIA's strategic partnership is accelerating into implementation. At a symbolic ceremony, the leaders of the two chip giants appeared together on stage, signaling the latest signs of deepening cooperation to the public. Intel CEO Lip-Bu Tan personally placed a doctoral cap on NVIDIA CEO Jensen Huang during Carnegie Mellon University's 2026 graduation ceremony on May 10. Tan publicly stated at the event that both companies are jointly developing "exciting new products" and highly praised Huang's contributions to accelerated computing and artificial intelligence. This statement further confirms the substantial warming of the relationship between the two companies. NVIDIA had previously announced a $5 billion investment in Intel, covering data center and consumer platform collaborations, involving custom processors, advanced packaging, and foundry manufacturing across several core areas. Custom Xeon and Consumer SoC: Product Collaboration Roadmap Emerges ----------------------- According to earlier reports, Intel and NVIDIA have a relatively clear product-level cooperation roadmap. In the data center sector, both plan to jointly develop a customized Xeon processor integrated with NVIDIA's NVLink interconnect technology to meet the high-speed inter-chip communication needs of large-scale AI infrastructure. **In the consumer market, both plan to integrate NVIDIA's RTX graphics IP into Intel's next-generation system-on-chip (SoC). The first product using this scheme is codenamed "Serpent Lake," expected to debut as early as 2028 to 2029.** If this plan materializes, it will have a profound impact on the current PC graphics market landscape. Foundry Business: Intel's Hidden Opportunity ------------- Beyond product cooperation, Intel's foundry business (Intel Foundry) may hold greater strategic value. NVIDIA has long relied on TSMC to produce its core data center chips, but TSMC's capacity for CoWoS advanced packaging has been under continuous pressure, making it difficult to fully meet NVIDIA's increasing wafer order demands. In this context, Intel's foundry business is becoming an important option for NVIDIA to diversify its capacity. Recently, Intel secured orders from TeraFab and Apple, which are seen by the market as key milestones in rebuilding external customer confidence in its foundry services, laying the foundation for attracting major clients like NVIDIA. Current market rumors suggest that NVIDIA's next-generation GPU, codenamed "Feynman," may adopt Intel's EMIB advanced packaging solution. Additionally, there are reports that Intel's 18A or 14A process nodes might be used to produce some NVIDIA GPUs, potentially covering entry- to mid-range consumer products aimed at the gaming market. Two Giants Align, Market Awaits Official Announcement ----------- The appearance of Tan and Huang together at the ceremony is not only a public display of personal camaraderie but is also interpreted as an official endorsement of accelerated strategic collaboration between the two companies. With NVIDIA's $5 billion investment finalized and the product cooperation roadmap gradually clarified, market expectations for an official joint announcement are rising. Currently, neither company has officially confirmed specific product details. But from cooperation on foundry capacity to chip IP integration, the scope of Intel and NVIDIA's collaboration continues to expand. As Tan said, "This journey has just begun," and the world will soon witness the tangible results of these tech giants' partnership. Risk Warning and Disclaimer Market risks exist; investments should be cautious. This article does not constitute personal investment advice and does not consider individual users' specific investment goals, financial situations, or needs. Users should consider whether any opinions, viewpoints, or conclusions in this article are suitable for their particular circumstances. Invest at your own risk.
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UnluckyMiner

UnluckyMiner

05-09 20:02
Remember when thousands of miners were racing to solve Ethereum blocks with their GPUs? Yeah, that era is completely gone now. Let me break down what how ethereum mining works used to be and why it disappeared so fast. Back before September 2022, Ethereum mining was genuinely one of the biggest opportunities in crypto. The network relied on Proof of Work - basically, miners competed to solve complex mathematical puzzles using computational power. Whoever found the right solution first got to add the next block and earned ETH rewards plus transaction fees. It sounds simple, but the competition was brutal. Thousands of miners ran powerful GPU rigs around the clock, all trying to be the fastest. The whole system used something called the Ethash algorithm, which was specifically designed to be GPU-friendly and ASIC-resistant. That meant regular people with graphics cards could actually compete, not just massive industrial operations. The network adjusted difficulty automatically to keep block times around 13-15 seconds. As more miners joined, the puzzle got harder. It was this beautiful economic equilibrium - the harder the network, the more electricity it consumed, but also the more secure it became. So how ethereum mining works in practice? A miner would download the blockchain, sync with the network, collect pending transactions from the mempool, and bundle them into a candidate block. Then the mining software tested millions of hash combinations per second until it found one that met the network target. The moment it did, that miner broadcasted the block. If other nodes verified it, boom - new block added, miner gets paid. Simple concept, but computationally intensive as hell. The hardware setup was serious business. You needed a GPU with at least 4GB of VRAM early on, but by 2020-2022, most miners moved to 6GB or higher because the DAG file kept growing. NVIDIA's RTX 3070 and 3080 were workhorses. AMD's RX 5700 XT also pulled solid hash rates. A decent rig ran you $2,000 to $10,000+ depending on how many GPUs you stacked. Then there was the power supply, cooling, motherboard with multiple PCIe slots, and electricity costs that could make or break your margins. Many solo miners didn't bother going it alone though. Mining pools like Ethermine and F2Pool let you combine your hash rate with thousands of others, sharing rewards based on your contribution. Ethermine dominated with around 25-30% of the network's hash rate and charged only 1% fees. It was genius - instead of waiting months for a lucky block, pool miners got smaller but consistent payouts. The trade-off was worth it for most people. Then came September 15, 2022. The Merge happened. Everything changed overnight. Ethereum switched from Proof of Work to Proof of Stake. The network didn't need miners anymore. Instead, it needed validators - people who lock up 32 ETH and confirm blocks through attestation. No more GPUs. No more electricity arms race. The energy consumption dropped by 99.95%. Literally from around 112 terawatt-hours per year to basically nothing. For miners, it was brutal. All that hardware became worthless for Ethereum overnight. Some pivoted to mining Ethereum Classic, which still uses Proof of Work. Others jumped to GPU-mineable coins like Ravencoin or Ergo, but those networks offered way lower rewards. As more former Ethereum miners flooded into these alternatives, profitability tanked. Meanwhile, the GPU market got flooded with used hardware from miners liquidating their rigs. Graphics card prices crashed. Some miners made a different move though. They cashed out their accumulated ETH and switched to staking instead. Instead of earning from mining, they earned passive rewards - around 3-5% annually - just by locking up their coins as validators. Different game entirely. Here's the thing about how ethereum mining works now: it doesn't. You literally can't mine Ethereum anymore. The network uses Proof of Stake, period. If you want ETH, you've got other options. Staking is one path - if you've got 32 ETH, you can run a validator. Smaller holders can join pooled staking services. But most people just buy ETH. You can purchase it on any major exchange, or use non-custodial swap platforms to exchange other crypto directly for Ethereum. Takes minutes, no account required, funds stay in your control. I get it - people still search for how to mine Ethereum because the old guides are everywhere online. But those are historical documents now. Mining is dead on Ethereum. The network evolved, and honestly, the Merge was one of the biggest pivots in blockchain history. It solved the energy problem, paved the way for scalability upgrades, and fundamentally changed how the network operates. The miners who adapted survived. The ones who didn't got stuck with expensive hardware and no income. It's a reminder that in crypto, nothing stays the same forever. Consensus mechanisms change. Networks upgrade. What was profitable yesterday might be obsolete tomorrow. If you're curious about Ethereum's history or want to understand how blockchain security works, the mining era is definitely worth studying. But if you're looking to get ETH today, forget the GPU route. Just buy it or stake it. That's how you get exposure now.
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MEV_Whisperer

MEV_Whisperer

05-09 15:00
Ever wonder what ETH mining actually was? I've been digging into the history of it, and honestly, it's fascinating how different things were just a few years ago. So here's the thing - before September 2022, Ethereum ran on something called Proof of Work. Thousands of miners with powerful GPUs were basically competing to solve complex math puzzles to validate transactions and secure the network. Whoever solved it first got to add the next block and earned ETH rewards plus transaction fees. It was this whole competitive ecosystem. The process itself was pretty straightforward technically. Miners would sync the blockchain, grab pending transactions from the mempool, bundle them into a block, and then run hash functions to find a valid nonce value. The mining difficulty adjusted automatically to keep block times around 13-15 seconds. It actually worked pretty well for securing the network, but there was one massive problem - it consumed enormous amounts of electricity. That's where the hardware came in. You needed at least a GPU with 4GB VRAM, though by the end most miners were running 6GB or more because the DAG file kept growing. Popular setups used NVIDIA RTX 3070s or AMD RX 5700 XTs. You'd also need a decent CPU (Core i5 level), 8-16GB RAM, solid storage, and a beefy power supply - usually 750W minimum. People would build entire rigs with multiple GPUs stacked together. Mining pools became a big deal because solo mining was risky - you might go months without finding a block. Pools like Ethermine and F2Pool let miners combine their hash power and share rewards. Ethermine at its peak controlled 25-30% of the network hash rate and charged around 1% fees. You'd get smaller but more consistent payouts this way. Now, about profitability - it really depended on several factors. An RTX 3070 could generate about 62 MH/s and consume roughly 120W. If you paid $0.12/kWh for electricity and ETH was trading at $3,000, you could potentially make $41-42 per day after pool fees and power costs. Some miners saw ROI within 6 months during the bull runs, but it varied wildly based on ETH price and network difficulty. But then everything changed on September 15, 2022. Ethereum completed The Merge and switched to Proof of Stake. Mining just... ended. Overnight. The network went from needing thousands of miners with GPUs to needing validators who lock up 32 ETH instead. Why did they make the switch? Energy consumption was the big one. Mining used roughly 112 TWh per year. After The Merge, that dropped to about 0.01 TWh - a 99.95% reduction. It was a massive sustainability upgrade. Plus, Proof of Stake prepared Ethereum for future scalability improvements. So what happened to all those miners? Some pivoted to mining Ethereum Classic or other GPU-mineable coins like Ravencoin and Ergo. But those networks offered way lower rewards, so profit margins got squeezed pretty quickly. Others just sold their hardware - which flooded the GPU market and actually drove prices down. Some actually converted their mining profits into ETH staking instead. Today, if you want ETH, you can't mine it anymore. Your options are buying it on exchanges, staking (which gives you 3-5% annual rewards if you have 32 ETH), or participating in DeFi protocols. Most people just purchase ETH directly through platforms that support instant swaps. It's kind of wild looking back at what ETH mining was and how it all worked. The whole ecosystem was built around that competitive GPU mining model, and then it just transformed completely. Proof of Stake is way more efficient and environmentally friendly, but it definitely changed the game for people who were running mining operations. History moves fast in crypto.
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