AVGO

Broadcom Price

AVGO
$418,04
-$1,97(-%0,46)

*Data last updated: 2026-04-27 23:00 (UTC+8)

As of 2026-04-27 23:00, Broadcom (AVGO) is priced at $418,04, with a total market cap of $2,00T, a P/E ratio of 73,87, and a dividend yield of %0,58. Today, the stock price fluctuated between $414,67 and $424,57. The current price is %0,81 above the day's low and %1,53 below the day's high, with a trading volume of 22,49M. Over the past 52 weeks, AVGO has traded between $195,94 to $429,31, and the current price is -%2,62 away from the 52-week high.

AVGO Key Stats

Yesterday's Close$419,94
Market Cap$2,00T
Volume22,49M
P/E Ratio73,87
Dividend Yield (TTM)%0,58
Dividend Amount$0,65
Diluted EPS (TTM)5,26
Net Income (FY)$23,12B
Revenue (FY)$63,88B
Earnings Date2026-06-03
EPS Estimate2,40
Revenue Estimate$22,02B
Shares Outstanding4,76B
Beta (1Y)1.253
Ex-Dividend Date2026-03-23
Dividend Payment Date2026-03-31

About AVGO

Broadcom, Inc. is a global technology company, which designs, develops and supplies semiconductor and infrastructure software solutions. The company is headquartered in San Jose, California and currently employs 19,000 full-time employees. The firm operates through four segments: Wired Infrastructure, Wireless Communications, Enterprise Storage, and Industrial & Other. The company offers a range of products that are used in end-products, such as enterprise and data center networking, home connectivity, set-top boxes, telecommunication equipment, smartphones, data center servers and storage systems, factory automation, power generation and alternative energy systems, and electronic displays. Its product portfolio ranges from discrete devices to complex sub-systems that include multiple device types, and also includes firmware for interfacing between analog and digital systems. Its products include mechanical hardware that interfaces with optoelectronic or capacitive sensors.
SectorTechnology
IndustrySemiconductors
CEOHock E. Tan
HeadquartersPalo Alto,CA,US
Official Websitehttps://www.broadcom.com
Employees (FY)33,00K
Average Revenue (1Y)$1,93M
Net Income per Employee$700,78K

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Broadcom (AVGO) is currently trading at $418,04, with a 24h change of -%0,46. The 52-week trading range is $195,94–$429,31.

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Broadcom (AVGO) Latest News

2026-04-07 09:34

TradFi Rise Alert: AVGO (Broadcom) Rises Over 4%

Gate News: According to the latest Gate TradFi data, AVGO (Broadcom) has surged by 4% in a short period. Current volatility is significantly higher than recent averages, indicating increased market activity.

2026-04-06 23:00

TradFi Rise Alert: AVGO (Broadcom) Rises Over 2%

Gate News: According to the latest Gate TradFi data, AVGO (Broadcom) has surged by 2% in a short period. Current volatility is significantly higher than recent averages, indicating increased market activity.

2026-03-05 09:04

Traditional Finance Alert: AVGO Up Over 6%

Gate News bot reports that, according to the latest Gate TradFi data, AVGO has temporarily risen by 6%, with current volatility significantly higher than recent average levels, indicating increased market activity.

2026-03-05 00:00

Traditional Finance Alert: AVGO Rises Over 4%

Gate News bot message: According to the latest data from Gate TradFi, AVGO has risen by 4% in the short term. The current volatility is significantly higher than the recent average, indicating increased market activity.

2026-01-30 04:18

Gate Contract Stock Zone will launch its first 11 US stocks and ETF perpetual contracts on January 30th, supporting 1-20x leverage trading.

The Gate Contract Stock Zone will launch live trading of PEP (Pepsi), GE (General Electric Aerospace), AVGO (Broadcom), IAU (iShares Gold Trust), PG (Procter & Gamble), KO (Coca-Cola), LMT (Lockheed Martin), AMD (Advanced Micro Devices), IEF (iShares MSCI EAFE ETF), TLT (iShares 20+ Year Treasury Bond ETF), AGG (iShares Core U.S. Aggregate Bond ETF) perpetual contracts at 14:00 (UTC+8) on January 30, 2026.

Hot Posts About Broadcom (AVGO)

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rickawsb

04-26 20:31
Weekend Deep Dive: Analyzing the Position, Boundaries, and Endgame of Independent Laser Players from the Trends in CPO + ELS Light Sources AI computing power bottlenecks are shifting from computation to bandwidth. As GPU scale expands, inter-node communication approaches an N² growth pattern, with electrical interconnects reaching power and distance limits, turning optical interconnects from an "option" into a "necessity." In this process, CPO (Co-Packaged Optics) and ELS (External Laser Source) are beginning to reshape the industry chain: lasers are being separated from module internals and becoming system-level resources. Independent laser player SIVEF is at a critical node in this change. 1. What does SIVEF do? The company's core product is a WDM DFB laser array based on the InP platform. Simply put: DFB: Stable single-wavelength laser WDM: Multi-wavelength multiplexing Array: Integrated multiple lasers Essentially, it’s not just selling “lasers,” but providing multi-channel optical bandwidth capability. Under the CPO + ELS architecture: Traditional: one laser per module New architecture: one light source for multiple channels Lasers shift from “distributed components” to “centralized resources,” marking the start of value reallocation. 2. Why WDM DFB array? The constraints of AI data centers are clear: single-channel data rates are nearing their limits, electrical interconnect power consumption cannot scale, and bandwidth must be achieved through “parallelization.” The only scalable path is: Multi-wavelength (WDM) And the prerequisite for WDM is: stable, controllable single-wavelength light sources (DFB). Therefore, WDM DFB arrays are currently the optimal engineering solution. Although not the most advanced theoretical approach, they are the only scalable, implementable solution. 3. The essence of SIVEF’s advantages SIVEF’s advantages are not about “technological exclusivity,” but three points: 1) No legacy baggage No module business, allowing full focus on designing products around CPO + ELS. 2) System-level adaptation Products are designed from the start for SiPho/CPO, not generic lasers. 3) Early entry into the ecosystem Already integrated into the Ayar Labs ecosystem, making it a “chosen player.” This means current advantages = first-mover + architecture fit, not barriers. 4. Competitive landscape First tier: Traditional laser giants Lumentum Holdings Coherent Corp. Advantages: capacity, customers, full-stack capabilities Disadvantages: path dependence Second tier: System companies Broadcom Inc. Ayar Labs Advantages: defining architecture Risks: upward integration of light sources Third tier: Focused laser source players SIVEF Features: flexible, adaptable to new architectures Issues: no scale, no capacity control 5. The essence of power consumption advantages SIVEF’s advantage isn’t higher laser efficiency per device, but system-level efficiency improvements driven by architecture changes: Core changes: fewer lasers, shorter optical paths, optimized thermal environment Result: system power consumption drops multiple times (not just point optimization). 6. Complexity and calibration barriers in SiPho The difficulty of SiPho systems isn’t in individual devices but in multi-layer coupling: wavelength matching, optical coupling, thermal management. Calibration is an ongoing process, not a one-time design. This requires engineering experience and data accumulation, with long validation cycles (12–24 months). Therefore, it leads to engineering lock-in + time lock-in, but not technological monopoly. Potential flywheel effect: design-in → calibration data → performance improvement → more orders → further optimization But this is a “conditional flywheel,” dependent on: 1) ELS becoming mainstream architecture 2) Customers developing switching costs 3) The company’s capacity expansion ability All are necessary. The real barrier in this track is in system validation + customer onboarding, not the device itself. 7. Technological evolution WDM DFB light sources will ultimately face three physical constraints: linewidth and noise, spectral density, and energy efficiency limits. Currently, there is still: Power consumption: 3–10x optimization space; wavelength density: 2–4x improvement space. But the limits are system-level, not device-level. System-level players like avgo and alab are more likely to become industry chain leaders. Long-term, WDM DFB will face threats from frequency combs: Frequency combs are essentially lasers that generate all wavelengths, theoretically replacing DFB arrays. But they are still in the lab stage, with engineering challenges, and may only have marginal impact in 5–10 years. Due to space constraints, this is not elaborated here. 8. Conclusion SIVEF is in a typical “architecture switching dividend period”: current advantages come from first-mover and adaptation; mid-term depends on whether design-in translates into orders; long-term is constrained by scale, capacity, and system integration. This is a dynamic competitive track driven by time lag and learning curves. The key is to secure customer orders needed to move from technology validation to mass production. Disclaimer: I hold the securities mentioned in this article. Views are biased and not investment advice. Investment risks are significant; entry should be extremely cautious.
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