Groups whose commutator structure agrees: there are isomorphisms G/Z(G) → H/Z(H) and G′ → H′ carrying one commutator map to the other. The class spans orders — G × A is isoclinic to G for every abelian A.
Stem order 24: every member's order is a multiple of it, and the members attaining it — the stem groups — are marked ◆.
1,468 groups of the catalog are in this class; the 1,403 with an abelian direct factor are hidden.
| group | order | × stem | |
|---|---|---|---|
| Dic6 | 24 | ×1 | ◆ stem |
| D12 | 24 | ×1 | ◆ stem |
| #67 | 24 | ×1 | ◆ stem |
| ΓL(1,𝔽25) | 48 | ×2 | |
| #208 | 48 | ×2 | |
| Dic3⋊C4 | 48 | ×2 | |
| C4⋊Dic3 | 48 | ×2 | |
| (C2×D3)⋊C4 | 48 | ×2 | |
| #217 | 48 | ×2 | |
| #235 | 48 | ×2 | |
| #798 | 96 | ×4 | |
| #803 | 96 | ×4 | |
| C4⋊(C3⋊C8) | 96 | ×4 | |
| #812 | 96 | ×4 | |
| Dic3⋊C8 | 96 | ×4 | |
| #815 | 96 | ×4 | |
| (C2×D3)⋊C8 | 96 | ×4 | |
| #830 | 96 | ×4 | |
| C3⋊#95 | 96 | ×4 | |
| #872 | 96 | ×4 | |
| #901 | 96 | ×4 | |
| #926 | 96 | ×4 | |
| #4447 | 192 | ×8 | |
| #4454 | 192 | ×8 | |
| #4455 | 192 | ×8 | |
| #4461 | 192 | ×8 | |
| C4⋊(C3⋊C16) | 192 | ×8 | |
| #4499 | 192 | ×8 | |
| Dic3⋊C16 | 192 | ×8 | |
| #4502 | 192 | ×8 | |
| (C2×D3)⋊C16 | 192 | ×8 | |
| #4524 | 192 | ×8 | |
| #4549 | 192 | ×8 | |
| #4550 | 192 | ×8 | |
| #4685 | 192 | ×8 | |
| #4689 | 192 | ×8 | |
| #4901 | 192 | ×8 | |
| #4925 | 192 | ×8 | |
| #4932 | 192 | ×8 | |
| #5101 | 192 | ×8 | |
| #67432 | 384 | ×16 | |
| #67437 | 384 | ×16 | |
| #67438 | 384 | ×16 | |
| #67498 | 384 | ×16 | |
| #67499 | 384 | ×16 | |
| #67508 | 384 | ×16 | |
| C4⋊(C3⋊C32) | 384 | ×16 | |
| #67587 | 384 | ×16 | |
| #67589 | 384 | ×16 | |
| Dic3⋊C32 | 384 | ×16 | |
| (C2×D3)⋊C32 | 384 | ×16 | |
| C3⋊#1273 | 384 | ×16 | |
| #67657 | 384 | ×16 | |
| #67803 | 384 | ×16 | |
| #67804 | 384 | ×16 | |
| #68047 | 384 | ×16 | |
| #69051 | 384 | ×16 | |
| #69052 | 384 | ×16 | |
| #69366 | 384 | ×16 | |
| #69388 | 384 | ×16 | |
| #69724 | 384 | ×16 | |
| #69744 | 384 | ×16 | |
| #69749 | 384 | ×16 | |
| #69750 | 384 | ×16 | |
| #71399 | 384 | ×16 |
The class itself is infinite — G × A is isoclinic to G for every abelian A, and there are abelian groups of every order — so a table shows the part of it the catalog names, never the whole.