Short answer: the LP-E6NH is the third-generation general-purpose pack in Canon’s LP-E6 family, rated 2130mAh / 7.2V — about 265mAh more than the LP-E6N and about 330mAh more than the original LP-E6. It fits almost every Canon body that takes the LP-E6 series, but “it fits” and “it runs everything at full capability” are two different things. In a DSLR such as the 5D Mark IV, 6D Mark II or 90D it is essentially a longer-lasting Canon pack; in the EOS R5, R6, R6 Mark II and R7 it is the supplied model; and in the EOS R5 Mark II and later bodies it is a “works but limited” option, where the LP-E6P is the real primary.
Below we take four lines — capacity, bodies, real-world runtime and the risks of mixing — and finish with a list you can match against your own gear.
Four generations, four official Canon models
Many people assume the letter suffix is only a batch or region distinction, but Canon has released exactly four official packs in this family, and the cells, protection board and discharge strategy differ generation by generation.
| Model | Rated capacity | Background | Typical bodies |
|---|---|---|---|
| LP-E6 | 1800mAh / 7.2V | Widely adopted around 2008 with the EOS 5D Mark II | 5D Mark II, 7D, 60D |
| LP-E6N | 1865mAh / 7.2V | Updated around 2014 alongside a new generation of bodies | 5D Mark III, 5D Mark IV, 6D, 6D Mark II, 80D, 90D |
| LP-E6NH | 2130mAh / 7.2V | Introduced in 2020 with the EOS R5 / R6 | R5, R6, R6 Mark II, R7, plus all the older bodies above |
| LP-E6P | 2130mAh class | Introduced in 2024 with the EOS R5 Mark II, focused on higher continuous discharge | R5 Mark II and newer bodies; older bodies generally run it at a reduced level |
All four share the same external dimensions, mount and contact positions, so physically any of them goes into any LP-E6 body. The differences are in the cells, the protection board and the identification chip: capacity sets how long it runs, discharge capability sets whether it can feed high-draw modes, and the chip sets whether the body recognizes it and how accurate the gauge is.
Watch for one naming trap as well: LP-E6+ is not a Canon designation — it is how some third parties (YO included) label an enhanced version of the LP-E6 form factor. See the notes in the LP-E6+ enhanced battery category — the two should not be conflated.
The 2130mAh gain — 14% on paper, less in the field
Going from 1865mAh to 2130mAh is roughly a 14% paper increase. But a camera is not a constant-power load, so how much more you actually shoot depends on whether you use the screen, whether stabilization is on, whether you are bursting or recording video, and how warm it is.
- Still photography: with finder shooting, wireless off and occasional playback, one LP-E6NH typically covers about 800-1200 frames; shooting entirely on the screen with frequent review and Wi-Fi transfer pushes you toward the lower end.
- Video: continuous 4K usually lands in the 60-90 minute range, and shorter with higher bitrates, a hotter body or longer stabilization use.
- Idle drain: leaving the camera on for long periods with Bluetooth connected consumes current steadily. This has nothing to do with capacity; it is a habits issue.
So a reasonable expectation is this: compared with an LP-E6N, a day out shooting gains you roughly “half a pack to one spare pack” of margin, not double the runtime. To squeeze more out of the time you have, see the rig suggestions in the LP-E6NH category.
Full compatibility — bodies that take it directly
According to Canon’s published support range, the LP-E6 series covers the following bodies:
- Full-frame DSLRs: EOS 5D Mark II, 5D Mark III, 5D Mark IV, 6D, 6D Mark II
- APS-C DSLRs: 7D, 7D Mark II, 60D, 70D, 80D, 90D
- Full-frame mirrorless: EOS R, R5, R5 Mark II, R6, R6 Mark II
- APS-C mirrorless: EOS R7
Fit an LP-E6NH to any of the above and it will generally power and shoot normally. The differences show up in the details: newer bodies recognize the pack more completely and display a percentage, while a few early bodies may show only coarse bars, and in rare firmware versions report a communication error. Updating body firmware usually improves this; if it still falls short, the supported-model list in the body manual is the authority.
Three mistakes worth avoiding
One: expecting an older body to “unlock” new features
Backward compatibility means the new pack fits the old body, not that the old body gains the new pack’s full capability. An older body’s power circuit and firmware set its ceiling, and no battery turns a 5D Mark III into an R5 Mark II.
Two: treating the LP-E6NH as the best choice for the R5 Mark II
The R5 Mark II’s high-bitrate video and high-speed bursts ask for more sustained current. An LP-E6NH fits and shoots, but some high-load modes may be limited or slow down early. To run them fully, look at the LP-E6P high-discharge battery tier.
Three: mixing generations without tracking cycles
When rotating several packs, mark them so one or two do not carry all the work for years. Lithium-ion packs degrade faster when left idle at high or zero charge, so rotating them is better than saving them. Third-party brands such as YO undercut Canon noticeably at the same capacity tier and suit a backup slot rather than being the only primary.
FAQ
Will an LP-E6NH work in an old body like the 5D Mark II?
It fits and powers the camera normally, but the 5D Mark II’s firmware is from an earlier era, so the gauge may show coarse bars rather than a percentage. Shooting itself is unaffected; before heading out, plan backups on the conservative rule of swapping one bar early.
Does 2130mAh mean exactly 14% more shots than 1865mAh?
Not necessarily. Capacity is the numerator; power draw is the denominator. Bursts, long-exposure noise reduction, stabilization, screen brightness and wireless all change the denominator. The theoretical gain is 10-15%, and in practice it feels closer to “a bit more than half a pack.”
Does the LP-E6NH have a USB-C charging port?
No. No pack in this generation of Canon’s LP-E6 line has a charging port, so charging goes through the LC-E6 / LC-E6E dock or a compatible third-party charger. To top up from a power bank you can only charge a pack inside the body through its USB-C port, and the wattage plus whether shooting while charging works depends on the body.
How do Canon and third-party packs of the same capacity differ?
Mostly in cell consistency, protection-board strategy and the identification chip. Canon behaves more predictably in extreme temperatures and under heavy load, while third parties have a clear price advantage. Third-party packs are fine as supplements for everyday shooting; for important work, keep Canon in the primary slot.