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PXLW Pixelworks

Pixelworks, Inc. engages in the design and development integrated circuits for use in electronic display devices. It offers consumer electronics and professional display products, as well as video delivery and streaming solutions for content service providers. Its product category comprises of ImageProcessor integrated circuits (ICs), video co-processor ICs, and transcode ICs. Its target markets include mobile such as smartphone, gaming, and tablet; home entertainment; content; and business and education. The company was founded by Allen H. Alley, Michael G. West, Kenneth Hunkins, Robert Y. Greenberg and Bradley A. Zenger on January 16, 1997 and is headquartered in San Jose, CA.

Company profile

Ticker
PXLW
Exchange
CEO
Todd DeBonis
Employees
Incorporated
Location
Fiscal year end
Former names
PIXELWORKS INC
SEC CIK
IRS number
911761992

PXLW stock data

(
)

Investment data

Data from SEC filings
Securities sold
Number of investors

Calendar

10 Mar 21
17 Apr 21
31 Dec 21
Quarter (USD)
Dec 20 Sep 20 Jun 20 Mar 20
Revenue
Cost of revenue
Operating income
Operating margin
Net income
Net profit margin
Cash on hand
Change in cash
Diluted EPS
Annual (USD)
Dec 20 Dec 19 Dec 18 Dec 17
Revenue
Cost of revenue
Operating income
Operating margin
Net income
Net profit margin
Cash on hand
Change in cash
Diluted EPS

Financial data from Pixelworks earnings reports.

Cash burn rate (estimated) Burn method: Change in cash Burn method: Operating income/loss Burn method: FCF (opex + capex)
Last Q Avg 4Q Last Q Avg 4Q Last Q Avg 4Q
Cash on hand (at last report) 31.26M 31.26M 31.26M 31.26M 31.26M 31.26M
Cash burn (monthly) (positive/no burn) (positive/no burn) 2.3M 2.23M 160K 309.25K
Cash used (since last report) n/a n/a 8.2M 7.95M 570.57K 1.1M
Cash remaining n/a n/a 23.05M 23.31M 30.69M 30.15M
Runway (months of cash) n/a n/a 10.0 10.5 191.8 97.5

Beta Read what these cash burn values mean

Date Owner Security Transaction Code Indirect 10b5-1 $Price #Shares $Value #Remaining
10 Mar 21 Elias Nader Common Stock Grant Aquire A No No 0 10,000 0 340,048
8 Mar 21 Elias Nader Common Stock Grant Aquire A No No 0 60,000 0 330,048
8 Mar 21 Todd Debonis Common Stock Grant Aquire A No No 0 250,000 0 1,254,593
17 Feb 21 Elias Nader Common Stock Payment of exercise Dispose F No No 3.93 3,848 15.12K 270,048
17 Feb 21 Todd Debonis Common Stock Payment of exercise Dispose F No No 3.93 109,116 428.83K 1,004,593

Data for the last complete 13F reporting period. To see the most recent changes to ownership, click the ownership history button above.

35.1% owned by funds/institutions
13F holders
Current Prev Q Change
Total holders 75 65 +15.4%
Opened positions 15 6 +150.0%
Closed positions 5 11 -54.5%
Increased positions 32 25 +28.0%
Reduced positions 18 20 -10.0%
13F shares
Current Prev Q Change
Total value 75.52M 48.9M +54.4%
Total shares 18.33M 14.67M +25.0%
Total puts 0 0
Total calls 0 0
Total put/call ratio
Largest owners
Shares Value Change
BLK Blackrock 2.56M $7.22M +3.3%
Vanguard 2.32M $6.54M +9.1%
Renaissance Technologies 1.53M $4.33M -13.6%
Dimensional Fund Advisors 957.05K $2.7M -1.2%
Kennedy Capital Management 850.09K $2.4M NEW
CloudAlpha Capital Management Limited/Hong Kong 724.29K $2.04M NEW
AIGH Capital Management 667.12K $1.88M NEW
Assenagon Asset Management 650.13K $1.83M +301.3%
Geode Capital Management 609.81K $1.72M +8.5%
STT State Street 575.64K $1.62M +29.7%
Largest transactions
Shares Bought/sold Change
Heartland Advisors 0 -1M EXIT
Kennedy Capital Management 850.09K +850.09K NEW
CloudAlpha Capital Management Limited/Hong Kong 724.29K +724.29K NEW
AIGH Capital Management 667.12K +667.12K NEW
Russell Investments 520.74K +513.06K +6683.1%
Roubaix Capital 490.9K +490.9K NEW
Assenagon Asset Management 650.13K +488.13K +301.3%
Herald Investment Management 300K +300K NEW
Renaissance Technologies 1.53M -242.06K -13.6%
Two Sigma Investments 474.01K +233.42K +97.0%

Financial report summary

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Content analysis
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Positive
Negative
Uncertain
Constraining
Legalese
Litigous
Readability
H.S. freshman Good
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Patents

GRANT
Utility
Accurate display panel calibration with common color space circuitry
30 Mar 21
A method of calibrating a display panel includes making measurements of color components produced by the display panel, receiving an input image signal consisting of one or more pixel represented by input color component values, applying a first non-linear transform to the input color component values of the pixel to produce transformed color component values, wherein the first non-linear transform is either based upon the measurements and the panel design or a ratio of values of color components based upon the measurements, applying a crosstalk correction transform to the transformed color component values to produce crosstalk corrected color component values, applying a second non-linear transform to the crosstalk corrected color component values to produce final color component values, and sending the final color component values to the display panel.
GRANT
Utility
Temporal stability for single frame super resolution
9 Nov 20
A method includes receiving, at a processor, at least one frame of input image data, producing motion vector fields between the frames of input image data, and applying temporal stability to the at least one frame of the input image data to produce noise reduced image data, wherein applying temporal stability comprises separating pixel data into frequency bands.
APP
Utility
Panel Calibration Using Multiple Non-linear Models
11 Mar 20
A method of calibrating a display panel including making measurements of color components displayed on the display panel, using the measurements to generate at least two non-linear models for each color component, receiving an input image consisting of one or more pixels represented by input color values, calculating a crosstalk gain for a given value of the color components using the generated non-linear models and the input values of a pixel, applying the crosstalk gain to the color components of the pixel to create crosstalk compensated component values, and displaying an image using the crosstalk compensated component values.
GRANT
Utility
Panel calibration using multiple non-linear models
2 Mar 20
A method of calibrating a display panel including making measurements of color components displayed on the display panel, using the measurements to generate at least two non-linear models for each color component, receiving an input image consisting of one or more pixels represented by input color values, calculating a crosstalk gain for a given value of the color components using the generated non-linear models and the input values of a pixel, applying the crosstalk gain to the color components of the pixel to create crosstalk compensated component values, and displaying an image using the crosstalk compensated component values.
GRANT
Utility
Low frequency compensated encoding
3 Feb 20
A method of encoding a non-linear, color space video signal includes converting the non-linear video signal to a linear video signal, transforming the non-linear signal to produce a transformed non-linear signal, transforming the linear signal to product a transformed linear signal, using the transformed linear signal to determine errors, applying the errors to the non-linear, color space video signal to produce a compensated non-linear color space signal, and encoding the compensated signal.