$50 Launches Free Worldwide Delivery
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers
HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers

HP Quadro K620 2GB GDDR3 128-bit Professional Graphics Card for CAD, 3D Modeling & Video Editing | Workstation GPU for Designers & Engineers

$54.99 $99.99 -45% OFF

Free shipping on all orders over $50

7-15 days international

23 people viewing this product right now!

30-day free returns

Secure checkout

93273300

Guranteed safe checkout
amex
paypal
discover
mastercard
visa
apple pay

Description

This pre-owned or refurbished product has been professionally inspected and tested to work and look like new. How a product becomes part of Amazon Renewed, your destination for pre-owned, refurbished products: A customer buys a new product and returns it or trades it in for a newer or different model. That product is inspected and tested to work and look like new by Amazon-qualified suppliers. Then, the product is sold as an Amazon Renewed product on Amazon. If not satisfied with the purchase, renewed products are eligible for replacement or refund under the Amazon Renewed Guarantee.

Features

    Great performance for leading professional applications

    2 GB of GPU memory

    All in a power efficient low-profile form factor for maximum usage flexibility