| Year | Research institute | Crystal | Out power/W | Optical-optical conversion efficiency | Reference |
| 2001 | Johns Hopkins University | 10 mm, 6.5 μm, PPLN | 0.1 | 5% | [21] |
| 2005 | University of Electro-Communications, Japan | 10 mm, 6.97 μm, MgO:PPLN | 2.2 | 18% | [22] |
| 2008 | ICFO, Spain | 17 mm, 9.01 μm, PPKTP | 6.2 | 20.8% | [23] |
| 2008 | Raydiance Inc | 40 mm, 8 μm, MgO:sPPLT | 18.8 | 25.1% | [24] |
| 2009 | ICFO, Spain | 30 mm, 7.97 μm, MgO:sPPLT | 9.64 | 32.7% | [25] |
| 2012 | BIT, China | 10 mm, 6.96 μm, MgO:PPLN | 0.122 | 1.2% | [26] |
| 2012 | SIOM, China | 20 mm, 7.77 μm, PPSLT | 2.1 | 9.6% | [27] |
| 2012 | ICFO, Spain | 30 mm, 7.97 μm, MgO:sPPLT | 11 | 33.3% | [28] |
| 2013 | SIOM, China | 10 mm, 6.96 μm, MgO:sPPLN | 1.437 | 17.84% | [29] |
| 2015 | Niser, India | 30 mm, 7.97 μm, MgO:sPPLT | 14.5 | 36% | [16] |
| 2019 | HC Photonics Corp | 25 mm, 6.97 μm, MgO:PPLN | 7.5 | 30% | [30] |
| 2020 | SIOM, China | 30 mm, 7.98 μm, MgO:sPPLT | 10.8 | 38.3% | [31] |
| 2021 | CNRS, France | 30 mm, 8 μm, MgO:sPPLT | 17 | 37% | [32] |