# Intel Corporation – Consensus ‘hold’ rating and 26.4% Upside Potential

- Link: https://www.directorstalkinterviews.com/intel-corporation-consensus-hold-rating-and-26.4-upside-potential-2/4121163246
- Published: 2024-07-01T13:23:57+01:00
- Author: Charlotte Edwards

**Intel Corporation** with ticker code (INTC) now have 33 confirmed analysts covering
the stock with the consensus suggesting a rating of ‘hold’. The target price High/
Low ranges between $68.00 and $17.00 calculating the average target price we see
$38.67. Given that the stocks previous close was at $30.59 this now indicates there
is a potential upside of 26.4%. The day 50 moving average is $31.24 while the 200
day moving average is $39.04. The total market capitalization for the company now
stands at 131.84B. The stock price is currently at: $30.97 USD

 The potential market cap would be $166,658,037,976 based on the market consensus.

The company has a dividend yield of 3.8%. Other points of data to note are a P/E
ratio of 31.93, revenue per share of $13.11 and a 0.24% return on assets.

Intel Corporation is engaged in designing and manufacturing products and technologies.
The Company’s segments include Client Computing Group (CCG), Data Center and AI (
DCAI), Network and Edge (NEX), Mobileye, Accelerated Computing Systems and Graphics(
AXG), and Intel Foundry Services (IFS). The CCG segment is focused on long-term 
operating system, system architecture, hardware, and application integration that
enable PC experiences. Its DCAI segment offers workload-optimized solutions to cloud
service providers and enterprise customers, along with silicon devices for communications
service providers. Its NEX segment helps networks and edge compute systems from 
inflexible fixed-function hardware to general-purpose compute, acceleration, and
networking devices running cloud-native software on programmable hardware. The Mobileye
segment provides driving assistance and self-driving solutions. AXG segment delivers
products and technologies to its customers to solve computational problems.

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