Table 2.

ASICs in PET: overview on the design specifications of different ASICs designed for high energy physics (HEP) and PET applications. Tabular taken from [67] and modified

ASIC	Developer	Year	Package size ${\mathbf{mm}}^2$	No. of channels	CMOS techn./nm	References
TOFPET1	PETsys	2012		64	130	[79]
TOFPET2b/c	PETsys	2016	14.0 $\times$ 14.0	64	110	[22, 80]
TOFHiR 2A	PETsys/CERN	2022	8.5 $\times$ 5.2	32	130	[81]
TOFPET3	PETsys	2024		64		[82]
Citiroc 1A	Weeroc			32		[83, 84]
Petiroc	Weeroc	2013		16		[83, 84]
Petiroc 2A	Weeroc			32		[83]
Triroc 1A	Weeroc	2014		64	350	[85]
Radioroc	Weeroc	2020		64		[25]
NINO	CERN	2004	2 $\times$ 4	8	250	[86, 87]
FlexToT	ICCUB/CIEMAT	2012	9.0 $\times$ 9.0	16	350	[88–91]
HRFlexToT	ICCUB/CIEMAT	2018		16	180	[24, 87, 92]
MATRIX16	ICCUB/CIEMAT	2021	4.57	16	180	[93]
FastIC	CERN/ICCUB	2016		8	65
FastICpix	CERN/ICCUB	2022				[94, 95]
PETA4	ZITI	2013	5.0 $\times$ 5.0	36	180	[23]
PETA5	ZITI	2015	5.0 $\times$ 5.0	36	180	[96]
PETA6	ZITI	2016		36	180	[97, 98]
PETA8	ZITI	2022	5.0 $\times$ 5.0	32	180	[98, 99]
PETAT1	ZITI	2022	5.0 $\times$ 6.0	32	180	[100]
STIC3	ZITI	2014		64	180	[101]
EXYT	Tsingua University	2015		64	180	[102]
DIET	Tsingua University	2018	3.0 $\times$ 3.0	64	180	[103]
TODPET	University of Tokyo	2014		48	250	[104]
MPPC32	JAXA	2013		42	350	[105]
IMOTEPAD	IPHC	2011		64	350	[106]