AXT, Inc. AXT, Inc.

AXT, Inc.

AXTI

Rangering i aksjer #4248
AXT, Inc. is a company dedicated to the design, development, production, and... AXT, Inc. is a company dedicated to the design, development, production, and worldwide distribution of both compound and single-element semiconductor substrates. Leveraging its proprietary vertical gradient freeze technology, the firm manufactures these essential components. Its diverse product range includes indium phosphide substrates, vital for applications like data center connectivity (utilizing light and lasers), 5G communications, fiber optic lasers and detectors, passive optical networks, silicon photonics, photonic integrated circuits, terrestrial solar cells, RF amplification and switching, infrared LEDs for motion control, LiDAR in robotics and autonomous vehicles, and infrared thermal imaging. AXT also provides semi-insulating gallium arsenide (GaAs) substrates, which are critical for Wi-Fi and IoT devices, transistors, direct broadcast television, power amplifiers, satellite communications, and solar cells. Furthermore, its semi-conducting GaAs substrates find use in LEDs, screen displays, printer head lasers and LEDs, 3D sensing via VCSELs, data center communication using VCSELs, sensors for industrial robotics and near-infrared applications, optical couplers, solar cells, night vision goggles, LiDAR for robotics and autonomous vehicles, and various other laser technologies such as machining, cutting, and drilling. Germanium substrates are another key offering, employed in multi-junction solar cells for satellites, optical sensors and detectors, terrestrial concentrated photovoltaic cells, infrared detectors, and as carrier wafers for LEDs. Beyond these substrates, AXT supplies high-purity materials including 6N+ and 7N+ purified gallium, boron trioxide, gallium-magnesium alloy, along with pyrolytic boron nitride (pBN) crucibles and pBN insulating parts. The company distributes its products via a direct salesforce in the United States, China, and Europe, alongside independent sales representatives and distributors across Japan, Taiwan, Korea, and other international markets. Established in 1986 as American Xtal Technology, Inc., the company rebranded to AXT, Inc. in July 2000 and is headquartered in Fremont, California.
Aksjekurs
$57.21
Markedsverdi
$3.75B
Endring (1 dag)
0.74%
Endring (1 år)
1,065.17%
Land
US
Handel AXT, Inc. (AXTI)

Kategori

Technology
P/E-forhold for AXT, Inc. (AXTI)
P/E-forhold per October 2026 TTM: 2.58K
Ifølge AXT, Inc. sine siste finansielle rapporter og aksjekurs er selskapets nåværende P/E-forhold (TTM) 2.58K. Ved slutten av 2023 hadde selskapet en P/E på -5.72.
P/E-forholdshistorikk for AXT, Inc. fra 2000 til 2026
P/E-forhold ved slutten av hvert år
År P/E-forhold Endre
2026 (TTM) 2.58K -32,072.55%
2024 -8.06 40.75%
2023 -5.72 -149.07%
2022 11.66 -53.35%
2021 25.00 -78.93%
2020 118.67 -209.71%
2019 -108.17 -714.75%
2018 17.60 -45.19%
2017 32.10 17.28%
2016 27.37 -176.41%
2015 -35.82 -43.27%
2014 -63.14 491.64%
2013 -10.67 -136.75%
2012 29.04 344.04%
2011 6.54 -62.31%
2010 17.36 -133.23%
2009 -52.23 -12.32%
2008 -59.56 -269.18%
2007 35.21 -69.78%
2006 116.52 -2,985.68%
2005 -4.04 51.06%
2004 -2.67 0.85%
2003 -2.65 432.85%
2002 -0.50 -99.23%
2001 -64.35 -313.74%
2000 30.11 0.00%
P/E-forhold for lignende selskaper eller konkurrenter
Selskap P/E-forhold Forskjell i P/E-forhold Land
27.84 -98.92%
US
28.28 -98.90%
TW
42.96 -98.33%
US
12.14 -99.53%
US
144.88 -94.38%
US
Hvordan lese en P/E-ratio?

Pris/inntjening-forholdet (P/E) måler forholdet mellom aksjekursen og inntjening per aksje.
En lav men positiv P/E indikerer høy inntjening sammenlignet med nåværende verdsettelse, og kan tyde på at selskapet er undervurdert. En høy negativ (nær 0) P/E indikerer store tap.

Selskaper med P/E over 30 eller negativ betraktes vanligvis som "vekstaksjer", hvor investorer forventer vekst eller fremtidig lønnsomhet.

Selskaper med en positiv P/E under 10 anses vanligvis som "verdiaksjer", det vil si at selskapet allerede er lønnsomt, men har begrenset vekstpotensial.