wikichip.org


Tags Whois Backlink & Rankings Speed Safety Headers Similar Sites Keywords H Tags
Tags Whois Rank Speed Safety Headers Similar Sites Keywords H Tags

wikichip.org Website Info

wikichip.org (WikiChip.org is an open-source platform offering in-depth information and analysis on semiconductor components, manufacturing processes, industry standards, and latest technological advancements in the electronics and chip manufacturing fields.) was registered first at 2013-11-29 19:38:11. DNS looks Active and website looks Accessable. wikichip.org Website SEMRush Rank is 93,544. According to Google, website speed score is 12/100 and AVERAGE. Website looks safe for children. We detected the website language as en.
wikichip.org


wikichip.org Website Tags

Domain Status:
✓ Active
Is Site Accessable?:
✓ Yes
SSL(https):
✓ Yes
Accessable Url:
https://www.wikichip.org
Title:
WiCHiP - WikiChip: Semiconductor and Electronics Industry Knowledge Platform
Description:
WikiChip is a comprehensive online resource dedicated to the semiconductor and electronics industry, providing detailed articles, data, and insights on chip technologies, manufacturing processes, and industry trends.
Categories :
Blogs/Wiki, Information Technology
External Links:
4
Internal Links:
345
Mobile Friendly?:
✓ Yes
Canonical URL:
[Not Set]
Language:
en
XML Sitemap:
✓ Yes
robots.txt:
✗ No
Favicon:
✓ Yes

wikichip.org Domain & Whois Details

Refresh
Domain Create Date:
2013-11-29 19:38:11
Domain Age:
11 years, 7 months, 4 days
Domain Expire Date:
2023-11-29T19:38:11Z
Domain Last Update Date:
2023-11-29T19:38:11Z
Domain Owner:
http://www.domain.com - Domain.com, LLC - Registrant REDACTED FOR PRIVACY - Admin REDACTED FOR PRIVACY - Tech REDACTED FOR PRIVACY -
Server Software:
PHP/5.6.31
Server Type:
nginx/1.10.2
Nameservers:
indri.ezoicns.com - saola.ezoicns.com -
Hosting Location:
Country:United States, City:Ashburn, Isp:Amazon Technologies Inc., Org:AWS EC2 (us-east-1)
IP:
3.210.81.252 , 50.16.223.119 , 18.213.98.197 , 34.

wikichip.org Backlinks & Rankings

SEMRush Rank:
93,544
Semrush Rank is a proprietary score that lets you find the domains that are getting the most traffic from organic search.
SEMRush Traffic:
18,803
Number of users expected to visit the website during the following month.
SEMRush Costs:
14,033
Estimated price of organic keywords in Google AdWords.
SEMRush URL Links:
1,164
Number of links to URL according to SemRush.
SEMRush Website Links:
3,470
Number of links to the website according to SemRush.
SEMRush Domain Links:
1,120,250
Number of links to SemRush Domain.
SEMRush Keywords In Top 100:
17,059
Number of keywords where site in Google's organic search top 100.

wikichip.org Social Media

Facebook Comments:
27
Facebook Shares:
64
Facebook Reactions:
49

wikichip.org Website Speed (Desktop)

Refresh
Overall Category:
AVERAGE
The human readable speed "category"
Speed Index:
12
Speed Index shows how quickly the contents of a page are visibly populated. [Learn more about the Speed Index metric].
Cumulative Layout Shift (CLS):
0.02 (FAST)
The Cumulative Layout Shift (CLS) metric measures how much unexpected layout shifts affect the user experience on a page. These layout shifts occur when content moves around without prior user input. CLS
Time to First Byte (TTFB):
1.5 s (AVERAGE)
TTFB (time to first byte) is the number of milliseconds it takes for a client’s browser to receive the first byte of the response from the web server. Usually, TTFB can be improved with faster hosting and server optimizations. TTFB
First Input Delay (FID):
2 ms (FAST)
First Input Delay (FID) measures the time from when the user interacts with your site for the first time (click a link, tap on a button, etc.) to the time when the browser is able to respond to that interaction. Google recommends keeping FID below 100ms for a good user experience. FID
First Contentful Paint (FCP):
2.48 s (AVERAGE)
FCP (First Contentful Paint) measures the time from a user’s navigation to when the browser renders the first bit of content from the DOM. In other words, FCP marks the time at which the first text or image is painted for the user. According to PageSpeed Insights, FCP should occur in under 2 seconds. FCP
Interaction to Next Paint (INP):
41 ms (FAST)
Interaction to Next Paint (INP) is a web performance metric that measures user interface responsiveness – how quickly a website responds to user interactions like clicks or key presses. Specifically, it measures how much time elapses between a user interaction like a click or key press and the next time the user sees a visual update on the page. INP
Largest Contentful Paint (LCP):
2.992 s (AVERAGE)
Largest Contentful Paint (LCP) is a metric that measures when the largest content in the viewport is rendered. It is used to measure how long it takes for the main content of your webpage to appear on the screen. Everything below 2.5s is considered good LCP time by PageSpeed Insights. LCP
Total Size:
3652 KB
Total Size. Large network payloads cost users real money and are highly correlated with long load times.
Server Response Time:
392 ms
Initial server response time. Keep the server response time for the main document short because all other requests depend on it. [Learn more about the Time to First Byte metric](https://developer.chrome.com/docs/lighthouse/performance/time-to-first-byte/).
Final Url:
https://en.wikichip.org/wiki/WikiChip
Canonicalized and final URL for the document, after following page redirects (if any).
Last Date Checked:
5/31/2023 6:39:10 AM
The last time we checked this website.
Site Speed Check(Full)

wikichip.org HTML Resources

Type
Request Count
Size
Total
675
3,652 KB
Third-party
609
2,964 KB
Script
114
2,394 KB
Image
199
675 KB
Other
296
256 KB
Document
58
250 KB
Font
2
45 KB
Stylesheet
6
29 KB
Media
0
0 KB

wikichip.org Website Safety

Refresh
Last Check Date:
4/1/2023 9:45:39 AM
Fortiguard:
Information Technology
Mcafee Category:
Blogs/Wiki
OpenDNS:
BeFirst
Cloudflare DNS:
OK
MyWot Child Safety:
100

wikichip.org HTTP Headers

Refresh
Cache-Control :
private, must-revalidate, max-age=0, s-maxage=0, p
Content-Language :
en
Content-Type :
text/html; charset=UTF-8
Date :
Sat, 13 May 2023 09:30:08 GMT
display :
pub_site_to_orig_sol
expires :
Thu, 01 Jan 1970 00:00:00 GMT
Last-Modified :
Wed, 10 May 2023 21:45:32 GMT
pagespeed :
off
response :
200
Server :
nginx/1.10.2
Set-Cookie :
ezoadgid_86609=-1; Path=/; Domain=wikichip.org; Ex
strict-transport-security :
max-age=15768000
Transfer-Encoding :
chunked
Vary :
Accept-Encoding,Cookie
x-content-type-options :
nosniff
x-middleton-display :
pub_site_to_orig_sol
x-middleton-response :
200
X-Powered-By :
PHP/5.6.31
x-sol :
pub_site
X-UA-Compatible :
IE=Edge


wikichip.org W3C HTML Validation Check Now

Last Check Date:
5/27/2023 12:00:00 AM
Errors:
122
Warnings:
0
Info:
30
Check Live:
Check wikichip.org HTML Errors

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Top wikichip.org Alternatives

wikichip.org Site Keywords

chip technology
electronics
electronics research
exynos 9611
i9 9900k
industry insights
INTEGRATED CIRCUITS
intel uhd graphics 630
microprocessors
raven ridge
ryzen 5
Semiconductor
semiconductor industry

wikichip.org Site H Tags

Check Now
h2
Latest Coverage: [IEDM] [ISSCC] [VLSI] [Hot Chips]
h2
Arm Introduces The Cortex-X4, Its Newest Flagship Performance Core
h2
Arm Introduces A New Big Core, The Cortex-A720
h2
Arm Launches Next-Gen Efficiency Core; Cortex-A520
h2
TSMC N3, And Challenges Ahead
h2
A Look At AMD’s 3D-Stacked V-Cache
h2
IEDM 2022: Did We Just Witness The Death Of SRAM?
h2
SiFive Announces New Cores, BiFurcates Line Into Performance And Efficiency Cores
h2
Intel, SiFive Demo High-Performance RISC-V Horse Creek Dev Platform On Intel 4 Process
h2
TSMC Demos SoIC_H for High-Bandwidth HPC Applications
h2
Intel Rolls Out 13th Gen Core, Raptor Lake Processors; Cranks Up The Frequency
h2
The NPU Inside Every Intel PC
h2
SiFive Introduces A New Coprocessor Interface, Targets Custom Accelerators
h2
N3E Replaces N3; Comes In Many Flavors
h2
Samsung Foundry On EUV, Pellicles, Capacity, and Yield
h2
Samsung 3nm GAAFET Enters Risk Production; Discusses Next-Gen Improvements
h5
WikiChip
h5
The Fuse Coverage
h5
Social Media
h5
Companies
h5
Microarchitectures
h5
Technology Nodes
h5
Intel
h5
AMD
h5
ARM
h5
Cavium
h5
Samsung
h5
Intel
h5
AMD
h5
Ampere
h5
Apple
h5
Cavium
h5
HiSilicon
h5
MediaTek
h5
NXP
h5
Qualcomm
h5
Renesas
h5
Samsung


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