A Complete BMS.

Not Just an AFE.

Powered by the NB16xx family: complete BMS functionality, 1 mV cell-voltage accuracy, 0.02% SOC repeatability, NovaEIS™, and minimal firmware development.

Request Evaluation

Explore Technical Details

Traditional AFE vs. Complete BMS

THE AFE PATH Month 1Month 2Month 3Month 4Month 5Month 6+

Months of development

MULTIPLE PARTSCOMPLEX INTEGRATIONMONTHS TO MARKET

DEV TIMELINE

M1M2M3M4M5M6

MCU integration

Firmware dev

External memory

Algorithms SOC/SOH/EIS

System integration

Debug & validation

MONTHS OF DEVELOPMENT

THE NB1600 PATH Configuring…✓ Ready

Configured in hours

ONE CHIPCOMPLETE BMSGUI CONFIGURATIONHOURS TO DEPLOY

DEPLOY TIMELINEVS 6+ MONTHS

H1H2✓

Connect + configureHOUR 1Validate in GUIHOUR 2Ready to deployHOUR 3

CONFIGURED IN HOURS

1mV

Cell Voltage Accuracy

0.02%

SOC Repeatability

100 µΩ

NovaEIS™ Resolution

16 Cells

Simultaneous Measurement — Even When Stacked

Precision built into the architecture — not recovered later through filtering, oversampling, or firmware.

Validation

Proven in silicon.

Validated by customers.

Validation

Proven in silicon.

Validated by customers.

NB1600 silicon validates the performance claims

Customer evaluations across multiple markets

Ongoing customer engagements

NB1600

NB1600 —

A Complete BMS on a Single Chip

The functions normally spread across an AFE, MCU, memory, and firmware stack

— integrated into one device.

NB1600

NB1600 —

A Complete BMS on a Single Chip

The functions normally spread across an AFE, MCU, memory, and firmware stack — integrated into one device.

Measure

Cell voltage, current, temperature, pack voltage, continuous coulomb counting, NovaEIS™

Understand

SOC, SOH, cell condition

Protect & Manage

Protection, balancing, open-wire detection, thermal safeguards, redundancy, diagnostics, self-checks

Configure & Retain

Internal non-volatile memory, autonomous operation, GUI-based setup

No external MCU required for core BMS operation.

The system MCU is free to focus on higher-level tasks such as AI algorithms, system control, communications, and housekeeping.

NovaEIS™

Practical In-Circuit

Battery Impedance

Real-time cell-health visibility without external excitation hardware,

switching networks, or a separate EIS front end.

NovaEIS™

Practical In-Circuit

Battery Impedance

Real-time cell-health visibility without external excitation hardware, switching networks, or a separate EIS front end.

Conventional EIS is fundamentally difficult to use inside a live battery system.

NovaEIS™ is built on the opposite premise: use the battery’s own operating events, synchronized voltage and current measurement, and built-in analysis to extract impedance information in-circuit.

Nova BMS Suite

Command Console

NovaEIS™

Exit EIS

Log Folder

Test Result

Options

Connection

Connected

I2C Address:

22H

Logs

Clear Log

Save Log

Operations

RAM ParametersNVM ParametersCommandsMonitoring

Select Parameter

Number of Series Cells @3FH

Read

Read/Write

New Value:

Write

Log

Lab Equipment

+ Excitation+ Major overhead

Specialized setup · Offline · Engineering time

System Integration

+ Excitation+ Major overhead

Complex integration · More parts · More cost

NovaEIS™

A clickNo overhead

NovaEIS™

Exit EIS

Battery health. One click away.

Device Connected Monitoring Test Status EIS Test Status EIS — 0%25%50%75%100% I2C Address = 22H Input Data Format: Hex

Battery health.

One click away.

Architecture

Digitally Assisted Analog —

Precision Built Into the Architecture

A fundamentally different architecture that combines analog precision with digital intelligence at the point of measurement.

Architecture

Digitally Assisted Analog —

Precision Built Into the Architecture

A fundamentally different architecture that combines analog precision with digital intelligence at the point of measurement.

Conventional Architecture

Analog-heavy. Complex. Hard to scale. Costly.

DAA Architecture

Digitally Assisted Analog. Balanced. Scalable. Efficient.

What DAA delivers

Smaller, simpler analog

Reduced sensitivity to process, aging, and temperature

Highly scalable

Higher performance with less complexity

Precision is built into the architecture —

not recovered later in firmware.

Software

NOVA BMS Suite —

Configure the BMS, Not the Firmware

Set parameters, monitor operation, run diagnostics, and access NovaEIS™ from one interface.

Software

NOVA BMS Suite —

Configure the BMS, Not the Firmware

Set parameters, monitor operation, run diagnostics, and access NovaEIS™ from one interface.

Nova BMS Suite

Command Console

NovaEIS™

Exit EIS

Log Folder

Test Result

Options

Connection

Connect

I2C Address:

Logs

Clear Log

Save Log

Operations

RAM ParametersNVM ParametersCommandsMonitoring

Select Parameter

Cell Voltage B1-B16, in 0.5mV LSB @90H

Read

Read/Write

New Value:

Write

Log

Request #3: Read RAM - 'Cell Voltage B1-B16, in 0.5mV LSB' @90H

[2026-05-06 09:26:33] [INFO] [Dev] Request received. Processing ...

[2026-05-06 09:26:33] [INFO] [Dev] Handling read RAM parameter request... [Cell Voltage B1-B16, in 0.5mV LSB]

[2026-05-06 09:26:33] [INFO] [Dev] Reading 32 byte(s) from address 90H

[2026-05-06 09:26:33] [INFO] [Dev] Successfull 32 byte(s) read.

[2026-05-06 09:26:33] [INFO] [Dev] Rx: 691E 6A1E 6B1E 651E 651E 661E 661E 681E 651E 671E 661E 621E 681E 671E 691E 6A1E ; len=32

Voltages (mV): | BAT1=3892.5 | BAT2=3893.0 | BAT3=3893.5 | BAT4=3890.5 | BAT5=3890.5 | BAT6=3891.0 | BAT7=3891.0 | BAT8=3892.0 |

BAT9=3890.5 | BAT10=3891.5 | BAT11=3891.0 | BAT12=3889.0 | BAT13=3892.0 | BAT14=3891.5 | BAT15=3892.5 | BAT16=3893.0 |

No Device Connection Monitoring Test Status EIS Test Status EIS — 0% I2C Address = 22H Input Data Format: Hex

Configure

RAM/NVM parameters, operating

settings

Monitor

Cells, current, temperatures, pack status

Diagnose

Commands, logs, test results, self-

checks

Analyze

NovaEIS™, impedance, battery-health data

From first connection to a configured BMS in hours — not months.

Applications

One BMS Architecture.

Multiple Markets.

Applications

One BMS Architecture.

Multiple Markets.

Designed for systems that need precision, safety, health visibility, and reduced development complexity.

EV / eMobility

EV / eMobility

Energy Storage Systems

Energy Storage Systems

Industrial & Robotics

Industrial & Robotics

Light Electric Vehicles / eBike

Light Electric Vehicles / eBike

Specialty Battery Systems

Specialty Battery Systems

One architecture. From light mobility to large-scale energy storage.

Ready to Evaluate

NovaBMS?

See what the NB1600 can do in your battery system.

Request Evaluation

Explore Technical Details

Samples, technical collateral, and engineering support are available through direct engagement.