--- title: LabOne Q Applications Library | Zurich Instruments --- [Skip to main content](https://info.zhinst.com/labone-q-applications-library#main) [![スプロケットロケット](https://f.hubspotusercontent20.net/hub/275827/hubfs/sr-assets/images/sr-logo@2x.png?width=220&height=50&name=sr-logo@2x.png) ![チューリッヒのロゴ](https://info.zhinst.com/hubfs/zhinst-logo.svg)](https://www.zhinst.com?hsLang=en) # Tune up Qubits Faster With the rapid development of quantum computing, qubit tune-up workflows shift to the center of attention. Efficient means to tune the complex parameter range of quantum devices are key to achieve research successes and maximize computing power. The new LabOne Q Applications Library supports you in this challenge. ![LabOne Q アプリケーションライブラリ](https://info.zhinst.com/hs-fs/hubfs/splashscreen_applications_library_launch_2024_1184x666_final.png?width=2000&height=1125&name=splashscreen_applications_library_launch_2024_1184x666_final.png "LabOne Q アプリケーションライブラリ") ## The New LabOne Q Applications Library The Zurich Instruments [Quantum Computing Control System](https://www.zhinst.com/quantum-computing-systems/qccs?hsLang=en) with the LabOne Q framework provide direct control of a quantum device of any size as a single unit. With the new Applications Library, tailoring that framework to your exact workflows is now easier than ever. The Applications Library covers all parts of a tune-up workflow: experiment definition, measurement, analysis and plotting, and physics parameter updates. The framework can be extended and adapted to include your automated tune-up workflows, as well as supporting manual or mixed workflows. Are you interested to learn more? Get in touch with us! 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You will see how to run a superconducting qubit tune-up, and also learn how easy it is to customize workflows to your own measurement methods and devices. [![View Recording](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-198944322796.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLICcQ%2FLh%2BMoRWWsnDkdWQpHLlCEo0A3UmpmDhk7OjcJc23pGxCmYJpOcKHqhtefSgrIvdu7PFjJ0aEXMiYx62k4NXOmhxjTyeXz1XQK366b%2Bc63JjZS%2BsWOeGduNt5cEWCZ1s9nVG%2B8a3bIN%2FuQe7XFLwBEbiA7Y7h53PaGf4U%3D&webInteractiveContentId=198944322796&portalId=143126445&hsLang=en) [![youtube_thumbnail_fast-track_your_qubit_research_x_1024x512_2024_final](https://info.zhinst.com/hs-fs/hubfs/youtube_thumbnail_fast-track_your_qubit_research_x_1024x512_2024_final.png?width=2000&height=1000&name=youtube_thumbnail_fast-track_your_qubit_research_x_1024x512_2024_final.png "youtube_thumbnail_fast-track_your_qubit_research_x_1024x512_2024_final")](https://youtu.be/8TsBzCMj18E) ## Product Highlights [![shfqc_8_フロント.jpg](https://info.zhinst.com/hubfs/shfqc_8_front.jpg.webp "shfqc_8_フロント.jpg")](https://www.zhinst.com/products/shfqc-qubit-controller?hsLang=en) ### SHFQC+ 8.5 GHz Qubit Controller - 2, 4, or 6 signal generator channels - 1 quantum analyzer channel for qubits, qutrits, or ququads - Operation at up to 8.5 GHz with 1 GHz analysis bandwidth and free of mixer calibration - Low phase noise, low spurious tones, high output power - Real-time signal processing chain with matched filters and multi-state discrimination - Instrument-internal feedback of 350 ns - Controlled through LabOne®, LabOne Q, or the Python API [![Learn more](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-114315325400.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLJjW3%2BTxuI%2F1Ml%2FTzdHKvHUuqwfKTP2VeUmVHI3MBBCHBFH0lv%2FplR1EmFYGf%2FRL54zUbnbUKSPW3Nzt0MpnbERCnQRH%2B0mp4v9fDKNjVUkwZ0lZm%2B6nYSceN4U231TLLJnVTYLXgmR4%2FL4TXb0l48zg5Xxmkox9pgCY3gxfM8BH2NUf2xOSQ3km1ZZ98P7pjb1dyvxOgjRvg%3D%3D&webInteractiveContentId=114315325400&portalId=143126445&hsLang=en) [![Get a Quote](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-114334283740.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLLI2tlifNnO6CKEPem360KydmeZUGSELz3rFWt%2FtZv%2F4LkkDp3y9eFmV00UpRuRLKxudMBVJ%2FhzRlfh12VzIsB3gnMMKZgyIaKvGRIfkhrI8ojmoj1h60LtDLOcANoP4DtKCNMSCImliqN0TEAqz9IzAsplnmuDFLePkfvE8YVA4us2%2BpPt3ny9Uby0Pq9BDNjm%2BJa2c0XkwTZk%2Fek6wPmw4aLKkGnsB8CWy%2FyEC%2FnK78euC%2BNwuUOrY2Njlw6lK6Ie7Fy992cBFyHm&webInteractiveContentId=114334283740&portalId=143126445&hsLang=en) [![hdawg8_front](https://info.zhinst.com/hubfs/hdawg8_front.jpg "hdawg8_front")](https://www.zhinst.com/products/hdawg-arbitrary-waveform-generator?hsLang=en) ### HDAWG  750 MHz Arbitrary Waveform Generator - 2.4 GSa/s, 16 bits, 750 MHz signal bandwidth - 5 Vpp maximum amplitude - High channel density - Less than 50 ns trigger-to-output delay - Digital modulation at multiple frequencies - Intuitive sequence programming - Controlled via LabOne®, LabOne Q, or APIs [![Learn more](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-114334283725.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLKu%2FeR74jboC9RnHh8C%2Bv8XI3Lc2nF218B3Xe4B%2BEwIXdCOZOMAPsRyg%2FI8%2FkAlWv9t1CczRWqB6keoaWsh4AcvE9WyIZ%2B1DEp41yuKTIjnaD%2BBe6KH3DHz2zqvuK8taulYVYQZviz8sTmyn%2BkInFgxDypvej1T1fh1V%2FGAiVxgLDqfaF8CIMik0Fh6fKwo6cZ8o%2FKFCWxH6cGun7fEkaPb3heqbA%3D%3D&webInteractiveContentId=114334283725&portalId=143126445&hsLang=en) [![Get a Quote](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-114334284013.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLI9Ju8bJqOrZeijKfFsyjhbKhTYnfm0vcjd5%2FuUO8QAwlGRMuBURdX%2BWeLmq%2BpVVN7FmbglWZabXoA4yIfQf%2FT5Qp8OihTS3kSx%2Bz%2FCgyRncB4tLA%2BXeTgpTjnrCsZKp6VWbXd4ud%2B7YH9x%2FJNicc5a2%2BQg5VE26RvRBBv%2B3cY7Vnxm8kgEINSFugNnTkEPIvj1cdK1M6exXTHv%2FevAkgwvwjB7Vbhr1zuKFfx4WYzCz9otW3jC0rr7P3xnxBo%3D&webInteractiveContentId=114334284013&portalId=143126445&hsLang=en) ## What’s Your Application? Check our dedicated application resources and learn how your research can benefit from the capabilities of our instruments. ### Applications Pages - [Quantum research overview](https://www.zhinst.com/applications/quantum-technologies/quantum-research?hsLang=en) - [Superconducting qubits](https://www.zhinst.com/applications/quantum-technologies/quantum-computing-with-superconducting-qubits?hsLang=en) - [Bosonic qubits](https://www.zhinst.com/applications/quantum-technologies/superconducting-bosonic-qubits?hsLang=en) - [Spin-based quantum computing](https://www.zhinst.com/applications/quantum-technologies/spin-based-quantum-computing?hsLang=en) - [Coherent control of NV centers](https://www.zhinst.com/applications/quantum-technologies/coherent-control-of-nv-centers?hsLang=en) ### Blog Posts and Application Notes - [Run OpenQASM Circuits on Your Quantum Chip](https://www.zhinst.com/blogs/run-openqasm-circuits-on-your-quantum-chip?hsLang=en) - [Stable synchronization over 52 Meters and 14 Days](https://www.zhinst.com/blogs/stable-synchronization-over-52-meters-and-14-days?hsLang=en) - [Speeding up NV Center Measurements with Real-time Control](https://www.zhinst.com/blogs/speeding-nv-center-measurements-real-time-control?hsLang=en) - [Repeat-Until-Success Algorithm on Superconducting Qubits with Real-Time Feedback](https://www.zhinst.com/files/documents/zi_qccs_app_note_repeat_until_success.pdf?hsLang=en) - [Bell State Preparation of Superconducting Qubits](https://www.zhinst.com/files/documents/zi_appnote_qubit_gates.pdf?hsLang=en) ## Customers Success Story Find out how Zurich Instruments' users are boosting their measurements. [![EMFT_ダニエラ_ヨハネス_カルラ](https://info.zhinst.com/hs-fs/hubfs/EMFT_Daniela_Johannes_Carla.jpg?width=2000&height=1226&name=EMFT_Daniela_Johannes_Carla.jpg "EMFT_ダニエラ_ヨハネス_カルラ")](https://www.zhinst.com/products/ghfli-lock-in-amplifier?hsLang=en) ##### "The convenient, user-friendly Applications Library has allowed us to significantly reduce our coding effort. Instead, we can focus on the experiments and the results themselves, which is crucial for us since we need to provide rapid feedback to the fabrication teams. At the same time, the structure of the Applications Library is flexible enough to modify experiments and add new ones." ###### Carla Morán Guizán, Johannes Weber, and Daniela Zahn Fraunhofer EMFT [![Contact us](https://hubspot-no-cache-eu1-prod.s3.amazonaws.com/cta/default/143126445/interactive-97703022831.png)](https://info.zhinst.com/hs/cta/wi/redirect?encryptedPayload=AVxigLIcvXNaxvxd62CsaOdTvh2MjmOpktFvq3yZTbro%2FxSTZZeyexS1sYLnQL3jhy1CE0wKLarFRBUtDyLZzRi3TbI7wZfDaaLZDO7g8ITQWmdsqL4BByvHM2rZFxiMXBhAVLBAUwBx%2B6o8WHmgOi6B6InKfwlgAay8dTItGbdCcP9F&webInteractiveContentId=97703022831&portalId=143126445&hsLang=en) Zurich Instruments AG 2026  |  [Standard Terms & Conditions](https://www.zhinst.com/company/standard-terms-conditions?hsLang=en)  |  [Website Terms of Use](https://www.zhinst.com/company/website-terms-use?hsLang=en)  |  [Privacy Policy](https://www.zhinst.com/company/privacy-policy?hsLang=en)