Best Gaming Mouse for onboard memory

#1

Onboard memory was praised because configured settings could carry to another PC without needing the software again.

#2

Onboard memory was praised by one reviewer for saving sensitivity profiles to the mouse and using them on a computer without G Hub.

#3

Onboard memory was praised as a major convenience because profiles can live on the mouse without constant Synapse use.

#4

Onboard memory was praised because saved profiles allow users to keep settings without running iCUE constantly.

#5

Onboard memory was considered useful for tournaments, LAN parties, and moving settings between computers.

#6

Onboard control and memory features were praised when reviewers could change settings or avoid software.

#7

Onboard memory was valued for saving profiles and reducing dependence on G Hub, with reviewers noting multiple memory slots or dongle/profile convenience.

#8

Onboard memory was valued because settings appeared to persist on the device and could carry across systems.

#9

Onboard memory was appreciated because settings could be saved and the software avoided after setup.

#10

Onboard memory is treated positively because reviewers connect it with saved presets, calibration, profile storage, and portability across devices.

#11

Onboard memory was viewed positively because stored profiles supported extra use cases and game/task-specific setups.

#12

Onboard memory received limited but positive evidence as a useful feature for gamers using multiple systems.

#13

Onboard memory earns praise because configured profiles and lighting can run without keeping iCUE open.

#14

Onboard memory was praised because saved profiles let the mouse run well without keeping software installed.

#15

Onboard memory was praised for helping the mouse move between devices.

#16

Onboard memory was useful for preserving settings across computers without relying on local software.

#17

Onboard profile handling was described as straightforward in the software, supporting a positive score for onboard memory/profile use.

#18

Onboard memory was praised in one review for saving settings directly to the mouse for use on other computers.

#19

Onboard profile storage was useful for mobile use, letting users carry configurations without constantly relying on background software.

#20

Onboard memory was useful for profile storage and for reducing dependence on Synapse after setup.

#21

Onboard memory was praised for storing profiles and reducing dependence on software once settings were configured.

#22

Reviewers liked that settings or DPI profiles could be saved to the mouse and carried between devices.

#23

Onboard memory/profile storage was praised where mentioned because browser-based changes can be saved directly to the mouse.

#24

Onboard memory had limited positive evidence, with one reviewer praising memory profiles for use on the go.

#25

Onboard memory/profile retention was praised because profiles remain available without running software.

#26

Onboard memory was praised because settings and multiple profiles could be stored without relying on software every time.

#27

Onboard memory was viewed positively for storing profiles and for clear save-to-mouse behavior.

#28

Onboard memory was useful for profile storage and for reducing dependence on software after setup.

#29

Onboard memory was useful for carrying profiles and settings between computers or tournament setups.

#30

Onboard memory was seen as practical because saved profiles can make settings easier to carry across systems without software.

#31

Onboard memory was useful for travel and multi-PC use because settings can be stored on the mouse rather than only in software.

#32

Onboard memory was praised for preserving tweaks/profiles without needing to redo settings every time.

#33

Onboard memory was supported by saved programmable profiles that could be quickly loaded by game or preference.

#34

Onboard memory received positive but limited evidence for storing profiles and making the mouse useful across systems.

#35

Onboard memory was appreciated because settings could be saved and iCUE avoided after setup, though only one profile was noted.

#36

Onboard memory has limited positive evidence because a reviewer liked that switch-related settings could be saved directly on the mouse.

#37

Onboard memory was supported by the ability to save multiple profiles, though evidence was more about usefulness than enthusiasm.

#38

Onboard memory was only discussed by one reviewer, who valued saving profiles for use without software.

#39

Onboard memory was useful for carrying profiles or avoiding software after setup, but one review criticized Logitech's implementation.

#40

Onboard memory is useful but limited, with reviewers liking saved hardware settings while noting only one profile in one review.

#41

Onboard memory was useful but mixed: reviewers liked storing settings, while one found three profiles low for such a configurable mouse.

#42

Onboard memory was useful for saving profiles, but one reviewer criticized Bluetooth mode for not preserving some settings.

#43

Onboard memory is mixed: some reviews praise saved profiles, while another says key settings did not save to the mouse.

#44

Onboard memory was useful for carrying settings, but multiple reviewers criticized the single-profile limit.

#45

Onboard memory was mixed because profiles exist, but one reviewer criticized internal memory limitations for button assignments.

#46

Onboard memory was valued for carrying settings between PCs, but the single-profile limitation drew criticism.

#47

Onboard memory was mixed: saving settings was useful, but the single onboard profile limited travel or multi-game convenience.

#48

Onboard memory was a recurring weakness because RGB or broader profiles often required software, though one reviewer found saved DPI and polling adequate for events.

#49

Onboard memory was a weakness, with reviewers disappointed by the lack of multiple onboard profiles even when app-based presets partly softened the issue.

#50

Onboard memory is a weakness in the evidence: one review valued it, but two reviews either could not get it working or said profiles were locked to the device.