Test­beds

Map of Ger­ma­ny

Test­bed Map for Quan­tum Com­mu­ni­ca­ti­on in Ger­ma­ny

SQuaD is the cen­tral point of cont­act for the exper­ti­se and infra­struc­tu­re of Quan­tum Com­mu­ni­ca­ti­on in Ger­ma­ny. For this pur­po­se, actors from rese­arch and indus­try are brought tog­e­ther and the exis­ting rese­arch set-ups of the part­ners are expan­ded to include public use of test­beds for Quan­tum Com­mu­ni­ca­ti­on Tech­no­lo­gy. 

The test­bed map shows the loca­ti­ons in Ger­ma­ny whe­re test­beds in the field of Quan­tum Com­mu­ni­ca­ti­on exist or are plan­ned. If your exis­ting or requi­red test­bed is not yet included in the map, plea­se cont­act us at squad@ptb.de.

Loca­ti­on: Fraun­ho­fer Insti­tu­te for Inte­gra­ted Cir­cuits (IIS), Divi­si­on Engi­nee­ring of Adap­ti­ve Sys­tems (EAS), Dres­den
Wave­length: 810 nm; o‑band (1310 nm) to c‑band (1550 nm)
Type of Trans­mis­si­on: fiber
Ope­ra­tor: Fraun­ho­fer EAS
Insti­tu­ti­on: Fraun­ho­fer EAS
Cont­act: Ste­fan Krau­se
Sta­tus: acti­ve

Loca­ti­on: Lise Meit­ner House, Ber­lin – T‑Labs (Deut­sche Tele­kom AG), Ber­lin – Fraun­ho­fer Hein­rich Hertz Insti­tu­te (HHI), Ber­lin
Wave­length: dark fiber (no rest­ric­tions)
Type of Trans­mis­si­on: fiber and free space optics link bet­ween Fraun­ho­fer Hein­rich Hertz Insti­tu­te (HHI) and T‑Labs, fiber link bet­ween Lise Meit­ner House and T‑Labs
Ope­ra­tor: Hum­boldt Uni­ver­si­ty (HU) of Ber­lin, T‑Labs (Deut­sche Tele­kom AG) and Fraun­ho­fer Hein­rich Hertz Insti­tu­te (HHI), Ber­lin
Insti­tu­ti­on: Hum­boldt Uni­ver­si­ty (HU) of Ber­lin, T‑Labs (Deut­sche Tele­kom AG) and Fraun­ho­fer Hein­rich Hertz Insti­tu­te (HHI)
Cont­act: Marc Geitz, Nico­las Per­lot
Sta­tus: acti­ve

Loca­ti­on: various
Wave­length: 780 nm to 1600 nm
Type of Trans­mis­si­on: fiber
Ope­ra­tor: Tech­ni­cal Uni­ver­si­ty of Munich (TUM)
Insti­tu­ti­on: Tech­ni­cal Uni­ver­si­ty of Munich (TUM)
Cont­act: Tobi­as Vogl
Sta­tus: plan­ned

Loca­ti­on: Saar­land Uni­ver­si­ty (UdS), Saar­brü­cken – Uni­ver­si­ty of Appli­ed Sci­en­ces (HTW), Saar­brü­cken
Wave­length: o‑band (1310 nm) to c‑band (1550 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Saar­land Uni­ver­si­ty (UdS) and VSE NET GmbH
Insti­tu­ti­on: Saar­brü­cken Quan­tum Com­mu­ni­ca­ti­on Fiber Test­bed
Cont­act: Jür­gen Esch­ner, Chris­toph Becher
Sta­tus: acti­ve

Loca­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF), Jena – Fraun­ho­fer Cen­ter for Microelec­tro­nic and Opti­cal Sys­tems for Bio­me­di­ci­ne (MEOS), Erfurt
Wave­length: c‑band (1550 nm)
Type of Trans­mis­si­on: fiber
Ope­ra­tor: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF)
Insti­tu­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF) and Fraun­ho­fer Cen­ter for Microelec­tro­nic and Opti­cal Sys­tems for Bio­me­di­ci­ne (MEOS)
Cont­act: Nata­sa Pav­lo­vic, Fabi­an Stein­lech­ner
Sta­tus: acti­ve

Loca­ti­on: Abbe Cen­ter of Pho­to­nics (ACP), Jena – Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF), Jena
Wave­length:  c‑band (1550 nm), o‑band (1300 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Beu­ten­berg e.V.
Insti­tu­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF) and Fried­rich Schil­ler Uni­ver­si­ty (FSU) Jena
Cont­act: Nata­sa Pav­lo­vic, Fabi­an Stein­lech­ner
Sta­tus: acti­ve

Loca­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF), Jena – Public uti­li­ties Jena, Jena
Wave­length: 500 nm to 2 µm (810 nm, 1550 nm etc.)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF)
Insti­tu­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF) and Public uti­li­ties Jena
Cont­act: Mat­thi­as Goy, Fabi­an Stein­lech­ner
Sta­tus: acti­ve

Loca­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF), Jena
Wave­length:
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF)
Insti­tu­ti­on: Fraun­ho­fer Insti­tu­te for Appli­ed Optics and Pre­cis­i­on Engi­nee­ring (IOF)
Cont­act: Mat­thi­as Goy, Fabi­an Stein­lech­ner
Sta­tus: acti­ve

Loca­ti­on: various
Wave­length: c‑band (1550 nm), 800 nm
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Munich Quan­tum Net­work (MuQua­Net); click here for more infor­ma­ti­on about MuQua­Net
Insti­tu­ti­on: Uni­ver­si­ty of the Bun­des­wehr Munich (UniBw M) (fiber) and Lud­wig Maxi­mi­li­an Uni­ver­si­ty of Munich (LMU) (free space optics)
Cont­act: Udo Helm­brecht
Sta­tus: plan­ned / par­ti­al­ly in ope­ra­ti­on

Loca­ti­on: Leib­niz Uni­ver­si­ty of Hano­ver (LUH), Hano­ver – Phy­si­ka­lisch-Tech­ni­sche Bun­des­an­stalt (PTB), Braun­schweig
Wave­length: c‑band (1530 to 1565 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Phy­si­ka­lisch-Tech­ni­sche Bun­des­an­stalt (PTB) and Leib­niz Uni­ver­si­ty of Hano­ver (LUH)
Insti­tu­ti­on: Leib­niz Uni­ver­si­ty of Hano­ver (LUH) and Phy­si­ka­lisch-Tech­ni­sche Bun­des­an­stalt (PTB)
Cont­act: Ste­fan Kück, Fei Ding
Sta­tus: acti­ve

Loca­ti­on: Heinz Nix­dorf Insti­tu­te (HNI), Pader­born – Pader­born Uni­ver­si­ty, Pader­born
Wave­length: all Tele­kom band­widths
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: PhoQS
Insti­tu­ti­on: Pader­born Uni­ver­si­ty
Cont­act: Klaus Jöns, Tim Bart­ley, Chris­toph Scheytt, Chris­ti­ne Sil­ber­horn
Sta­tus: acti­ve

Loca­ti­on: Tech­ni­cal Uni­ver­si­ty (TU), Euge­ne Paul Wig­ner buil­ding, Ber­lin – Tele­fun­ken buil­ding (TEL), Ber­lin – Tech­ni­cal Uni­ver­si­ty (TU), Main buil­ding, Ber­lin
Wave­length: o-/c‑­band (780 to 950 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Tobi­as Hein­del
Insti­tu­ti­on: Tech­ni­cal Uni­ver­si­ty (TU) of Ber­lin
Cont­act: Tobi­as Hein­del
Sta­tus: acti­ve

Loca­ti­on: Ger­man Aero­space Cen­ter (DLR), Ober­pfaf­fen­ho­fen – Tele­com­mu­ni­ca­ti­ons Tower Schön­gei­sing FFB, Schön­gei­sing
Wave­length: VIS, 589 nm, 850 nm, 1064 nm, 1550 nm
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: DLR Insti­tu­te for Com­mu­ni­ca­ti­ons and Navi­ga­ti­on
Insti­tu­ti­on: DLR Insti­tu­te for Com­mu­ni­ca­ti­ons and Navi­ga­ti­on
Cont­act: Flo­ri­an Moll
Sta­tus: acti­ve

Loca­ti­on: Ger­man Aero­space Cen­ter (DLR), Ober­pfaf­fen­ho­fen
Wave­length: VIS, 589 nm, 850 nm, 1064 nm, 1550 nm
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: DLR Insti­tu­te for Com­mu­ni­ca­ti­ons and Navi­ga­ti­on
Insti­tu­ti­on: DLR Insti­tu­te for Com­mu­ni­ca­ti­ons and Navi­ga­ti­on
Cont­act: Flo­ri­an Moll
Sta­tus: acti­ve

Loca­ti­on: Fraun­ho­fer Insti­tu­te for Inte­gra­ted Cir­cuits (IIS), Divi­si­on Engi­nee­ring of Adap­ti­ve Sys­tems (EAS), Dres­den – Fraun­ho­fer Insti­tu­te for Trans­por­ta­ti­on and Infra­struc­tu­re Sys­tems (IVI), Dres­den
Wave­length: o‑band (1310 nm) to c‑band (1550 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Fraun­ho­fer EAS
Insti­tu­ti­on: Fraun­ho­fer EAS
Cont­act: Ste­fan Krau­se
Sta­tus: acti­ve

Loca­ti­on: South Cam­pus of the Karls­ru­he Insti­tu­te of Tech­no­lo­gy (KIT), Karls­ru­he – North Cam­pus of the Karls­ru­he Insti­tu­te of Tech­no­lo­gy (KIT), Karls­ru­he
Wave­length: o‑band (1330 nm) to c‑band (1550 nm)
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Karls­ru­he Insti­tu­te of Tech­no­lo­gy (KIT) and Tele­ma­xX
Insti­tu­ti­on: Karls­ru­he Quan­tum Com­mu­ni­ca­ti­on Fiber Test­bed
Cont­act: David Hun­ger, Sebas­ti­an Ran­del
Sta­tus: acti­ve

Loca­ti­on: Deut­sche Tele­kom AG, T‑Labs, Ber­lin – Bun­des­dru­cke­rei GmbH, Ber­lin
Wave­length: λ = 1550 nm
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: T‑Labs, Bun­des­dru­cke­rei
Insti­tu­ti­on: Test­bed Bun­des­dru­cke­rei – T‑Labs
Cont­act: Oli­ver Muth, Richard Schil­ling
Sta­tus: acti­ve

Loca­ti­on: Uni­ver­si­ty of Stutt­gart, Stutt­gart – Deut­sche Tele­kom AG, Stutt­gart
Wave­length: rela­ted to the stan­dard sin­gle mode fiber, inclu­ding o‑, e‑, s‑, c‑, l‑, and u‑bands
Type of Trans­mis­si­on: dark fiber
Ope­ra­tor: Deut­sche Tele­kom, R&D SASER Test­Net and Uni­ver­si­ty of Stutt­gart
Insti­tu­ti­on: Stutt­gart Quan­tum Com­mu­ni­ca­ti­on Fiber Test­bed
Cont­act: Marc Geitz, Peter Mich­ler, Simo­ne Port­a­lu­pi
Sta­tus: acti­ve

Par­al­lel to the alre­a­dy exis­ting test­bed infra­struc­tu­re, seve­ral initia­ti­ves and pro­jects are ongo­ing to extend the test­bed infra­struc­tu­re in Ger­ma­ny. The initia­ti­ve for the estab­lish­ment of a fiber optic back­bone for Quan­tum Com­mu­ni­ca­ti­on and time and fre­quen­cy dis­tri­bu­ti­on in Ger­ma­ny is intro­du­ced here.

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