Connect with IoT
Ver.7.0
Wireless Communication
LSIs/Modules
• ARM
®
and Cortex
®
are registered trademarks of ARM Limited (or one of its subsidiaries) in the EU and other countries.
• The Bluetooth
®
word mark and logo are registered trademarks owned by Bluetooth SIG, Inc, and are used under license.
All other trademarks and trade names are the property of their respective owners.
• Sigfox
®
is a registered trademark of SIGFOX S.A.
• EnOcean
®
is a registered trademark of EnOcean
®
GmbH.
Catalog 63B7271E-B 10.2020 ROHM © 2020 ROHM Co., Ltd.
1st October 2020.
https://www.lapis-tech.com/en
01 02
Applicable LSI: ML7436N
2 Diversity Applicable LSIs: ML7396x, ML7406x, ML7345x, ML7414,
ML7404, ML7416N, ML7436N
Applicable LSIs : ML7396x, ML7414, ML7404, ML7416N, ML7436N
Bluetooth low energy Applicable Modules: MK71511(A)-NNN, MK71521(A)-NNN
IEEE802.15.4 Compatible LSI : ML7404
Sigfox
®
Compatible LSIs : ML7414, ML7404
Applicable LSIs: ML7416N, ML7436N
Devices and equipment all around us are connected in a variety of different ways, and going forward this number is
expected to only increase as the range of networked products continues to grow and a greater emphasis is placed on
convenience, energy savings, and cost effectiveness. Our wireless communication LSIs and modules support the
connected needs of customers in various markets by leveraging CMOS RF circuit, low power consumption, network,
and other proprietary technologies. From the Sub-GHz to the 2.4GHz band, a broad lineup is offered, including
modules optimized to meet application demands.
Ver.7.0
20 years of experience
MODEM
FILTER
RF
CMOS RF
Technology
20 years of experience with
CMOS RF technology
We have been working on CMOS
RF development since 1998,
releasing a number of products
ranging from RF LSIs to SoC. And
in addition to advancing RF circuit
technologies such as digital control
and correction technology, we are
making efforts to improve
performance and reduce current
consumption utilizing precision
CMOS processes.
01
Low current consumption
Wireless communication LSIs and modules
achieve lower current consumption by adopting
power shutdown cells, low voltage drive regulators,
and multi Vt low power consumption processes,
contributing to lower standby power and longer
battery life in portable wireless devices.
02
Low power technologies
Power
Cutoff
Cells
Multi Vt
Low Power
Processes
Low Voltage
Regulators
Feature
Broad lineup in communication
distances ranging from mm to km
ROHM offers a wide lineup
optimized for a variety of
applications requirements, from
communication distances of several
mm within close reach to longer
distances as much as a few
kilometers.
03
Broad lineup
LPWAN
(Low Power
Wide Area)
Sub-GHz
Bluetooth
®
Wi-Fi
13.56MHz
Wireless
Charger
IEEE802.
15.4
Wireless Communication LSIs/Modules
Step-down DC/DC is built-in to
reduce current ow from the
battery in portable devices such
as wearables. This ensures high
efciency power consumption,
even if the battery terminal
voltage uctuates, contributing
to longer battery life.
Built-in buck DC/DC
04
Radio Law certified modules enable
immediate evaluation and implementation
All ROHM wireless communication LSIs have
already acquired certication under Japan’s
Radio Law, making it possible to immediately
begin evaluation and development of wireless
communication. The Bluetooth
®
mod ules
MK715xx series are FCC, ISED, and CE compliant.
09
Prolongs battery life
Power Consumption (V)
100 1
Battery Level (%)
Constant power
consumption
- regardless of
battery level
MLxxxx
Conventional
Functions such as 2 diversity and FEC are built-in to
improve wireless communication quality. This contributes
to stabler communication in a variety of areas.
Robust communication
05
Stabler communication
Conventional
Product
Applicable
Models
Stable RF
transmission even
with obstacles
Supports the latest wireless
communication standards
LPWAN wireless product lineup for ultra-long-distance
communication ideal for IoT. We offer models compatible
with IEEE802.15.4k and Sigfox
®
.
Products compatible with Bluetooth
®
Low Energy v4.1
optimized for IoT edge nodes are also available.
07
Embedded MCU system
We supply system LSIs that incorporate LAPIS
Technology’s RF LSI and MCU in a single package. Our
market-proven RF LSIs feature greater ease-of-use.
08
Monolithic
LSIMCU
Low power wireless
system LSI with
built-in MCU
Evaluation Kits
Complete Development
Environment
We offer a variety of
evaluation kits, software,
documents, and other
materials that support
customer evaluation and
development of wireless
characteristics.
10
Applicable Modules:
MK71511(A)-NNN, MK71521(A)-NNN, BP35A1, BP35C0, BP35C0-J11,
BP35C2, BP3580, BP3591, BP3595, BP3599, BP359B
EnOcean
®
Modules
Radio Law
Certied Module
EN300-220 Applicable Models : ML7396D, ML7406y, ML7344Jy, ML7345,
ML7345D, ML7414
FCC Applicable Models : ML7396A
Q/GDW374.3 Applicable Models : ML7344Cy, ML7345C
Complies with
wireless communication standards
Our short-range wireless communication LSIs and
modules, manufactured using thorough quality control,
are optimized solutions that satisfy both transmission
and reception characteristics specied by the
EN300-220, FCC and Q/GDW374.3 specications.
06
Broad range of wireless
communication standards
EN300-220
(Europe)
FCC
(North America)
Q/GDW374.3
(China)
The latest
wireless standards
01 02
Applicable LSI: ML7436N
2 Diversity Applicable LSIs: ML7396x, ML7406x, ML7345x, ML7414,
ML7404, ML7416N, ML7436N
Applicable LSIs : ML7396x, ML7414, ML7404, ML7416N, ML7436N
Bluetooth low energy Applicable Modules: MK71511(A)-NNN, MK71521(A)-NNN
IEEE802.15.4 Compatible LSI : ML7404
Sigfox
®
Compatible LSIs : ML7414, ML7404
Applicable LSIs: ML7416N, ML7436N
Devices and equipment all around us are connected in a variety of different ways, and going forward this number is
expected to only increase as the range of networked products continues to grow and a greater emphasis is placed on
convenience, energy savings, and cost effectiveness. Our wireless communication LSIs and modules support the
connected needs of customers in various markets by leveraging CMOS RF circuit, low power consumption, network,
and other proprietary technologies. From the Sub-GHz to the 2.4GHz band, a broad lineup is offered, including
modules optimized to meet application demands.
Ver.7.0
20 years of experience
MODEM
FILTER
RF
CMOS RF
Technology
20 years of experience with
CMOS RF technology
We have been working on CMOS
RF development since 1998,
releasing a number of products
ranging from RF LSIs to SoC. And
in addition to advancing RF circuit
technologies such as digital control
and correction technology, we are
making efforts to improve
performance and reduce current
consumption utilizing precision
CMOS processes.
01
Low current consumption
Wireless communication LSIs and modules
achieve lower current consumption by adopting
power shutdown cells, low voltage drive regulators,
and multi Vt low power consumption processes,
contributing to lower standby power and longer
battery life in portable wireless devices.
02
Low power technologies
Power
Cutoff
Cells
Multi Vt
Low Power
Processes
Low Voltage
Regulators
Feature
Broad lineup in communication
distances ranging from mm to km
ROHM offers a wide lineup
optimized for a variety of
applications requirements, from
communication distances of several
mm within close reach to longer
distances as much as a few
kilometers.
03
Broad lineup
LPWAN
(Low Power
Wide Area)
Sub-GHz
Bluetooth
®
Wi-Fi
13.56MHz
Wireless
Charger
IEEE802.
15.4
Wireless Communication LSIs/Modules
Step-down DC/DC is built-in to
reduce current ow from the
battery in portable devices such
as wearables. This ensures high
efciency power consumption,
even if the battery terminal
voltage uctuates, contributing
to longer battery life.
Built-in buck DC/DC
04
Radio Law certified modules enable
immediate evaluation and implementation
All ROHM wireless communication LSIs have
already acquired certication under Japan’s
Radio Law, making it possible to immediately
begin evaluation and development of wireless
communication. The Bluetooth
®
mod ules
MK715xx series are FCC, ISED, and CE compliant.
09
Prolongs battery life
Power Consumption (V)
100 1
Battery Level (%)
Constant power
consumption
- regardless of
battery level
MLxxxx
Conventional
Functions such as 2 diversity and FEC are built-in to
improve wireless communication quality. This contributes
to stabler communication in a variety of areas.
Robust communication
05
Stabler communication
Conventional
Product
Applicable
Models
Stable RF
transmission even
with obstacles
Supports the latest wireless
communication standards
LPWAN wireless product lineup for ultra-long-distance
communication ideal for IoT. We offer models compatible
with IEEE802.15.4k and Sigfox
®
.
Products compatible with Bluetooth
®
Low Energy v4.1
optimized for IoT edge nodes are also available.
07
Embedded MCU system
We supply system LSIs that incorporate LAPIS
Technology’s RF LSI and MCU in a single package. Our
market-proven RF LSIs feature greater ease-of-use.
08
Monolithic
LSIMCU
Low power wireless
system LSI with
built-in MCU
Evaluation Kits
Complete Development
Environment
We offer a variety of
evaluation kits, software,
documents, and other
materials that support
customer evaluation and
development of wireless
characteristics.
10
Applicable Modules:
MK71511(A)-NNN, MK71521(A)-NNN, BP35A1, BP35C0, BP35C0-J11,
BP35C2, BP3580, BP3591, BP3595, BP3599, BP359B
EnOcean
®
Modules
Radio Law
Certied Module
EN300-220 Applicable Models : ML7396D, ML7406y, ML7344Jy, ML7345,
ML7345D, ML7414
FCC Applicable Models : ML7396A
Q/GDW374.3 Applicable Models : ML7344Cy, ML7345C
Complies with
wireless communication standards
Our short-range wireless communication LSIs and
modules, manufactured using thorough quality control,
are optimized solutions that satisfy both transmission
and reception characteristics specied by the
EN300-220, FCC and Q/GDW374.3 specications.
06
Broad range of wireless
communication standards
EN300-220
(Europe)
FCC
(North America)
Q/GDW374.3
(China)
The latest
wireless standards