EXFO Exchange vs BradyScan

You are only steps away from completing jobs faster and better, saving results automatically and sharing them in real time. Connect to EXFO Exchange, our open collaborative software platform that allows you to store and share test results while collaborating with team members. Create your own account or request an invitation from your team manager to your organization’s workspace on EXFO Exchange. You can : - Connect and configure your OX1, AXS-120, FIP-200, FIP-500, FIP-435B, PPM-350D, PPM1 and PX1 test unit from your mobile device. - Automatically transfer your results from your test unit to your cloud workspace (even if your mobile app is in background). - Share your EX1 and EX10 results from the EXFO EXs app to Exchange. - Create a job with custom test point identifiers and send it to your FIP-500, OX1 and AXS-120 test unit. - Visualize your test results in dedicated viewers. - Complement results with photos, comments and custom properties (as defined by your organization).

BradyScan consolidates the entire scanning workflow into a single, powerful mobile app. Seamlessly scan over 48 types of barcodes, instantly generate 34 different barcode types (including GS1) and print directly to nine different Brady printers — all from the mobile device you already carry. Key features: – Multi-barcode scanning: scan up to 128 barcodes at once – Continuous scanning: eliminate the need to stop and start – Error correction: detect and correct damaged or unreadable QR codes – Image to Barcode technology: transform printed text from an image into a scannable barcode – Speech to Barcode technology with BradyVoice: simply state the data you need encoded and BradyScan instantly generates the corresponding barcode – Security check: prevent the scanning of malicious barcodes – Scan to Google Sheets: scan and input barcode values directly into a Google Sheet – File sharing: export scanned data to Google Sheets, or send it via email and text in CSV, XML or JSON formats – Pinch zoom: manually zoom in for precise targeting of small or hard-to-read codes