Omega IF-006 User manual

1 | Page
TM
User’s Guide
Shop online
at
omega.com
e-mail: [e-mail]
For latest product
manuals:
www.omegamanual.info
IF-006
Layer N Wireless Universal Smart Interface

2 | Page
omega.com [e-mail]
Servicing North America:
Omega Engineering, Inc.
800 Connecticut Ave. Suite 5N01, Norwalk, CT 06854
Toll-Free: 1-800-826-6342 (USA & Canada only)
Customer Service: 1-800-622-2378 (USA & Canada only)
Engineering Service: 1-800-872-9436 (USA & Canada only)
U.S.A.
Headquarters
Tel: [phone]
e-mail: [email protected]m
Fax: [phone]
The information contained in this document is believed to be correct, but OMEGA accepts no liability for any errors it contains and reserves
the right to alter specifications without notice.

3 | Page
Table of Contents
Table of Contents ............................................................................................................................................. 3
1Layer N Smart Interface Introduction......................................................................................................... 5
1.1 IF-006 Internal View .........................................................................................................................................5
2Before You Begin ....................................................................................................................................... 6
3Layer N IF-006 Setup.................................................................................................................................. 6
4SYNC Configuration ................................................................................................................................... 7
4.1 Configuring A Smart Probe ...............................................................................................................................7
4.2 High Power/Low Power Mode ..........................................................................................................................8
4.3 Transmit Interval..............................................................................................................................................8
5Setting / Changing Passwords .................................................................................................................... 9
5.1 Save Password ...............................................................................................................................................10
5.2 Clear Password...............................................................................................................................................10
5.3 Login..............................................................................................................................................................10
5.4 Reset .............................................................................................................................................................10
6Pairing IF-006 to Layer N Gateway ........................................................................................................... 11
6.1 Reset Pairing ..................................................................................................................................................11
7IF-006 Interface ....................................................................................................................................... 12
7.1 IF-006-1 USB (Serial) Packet Format ................................................................................................................12
7.2 IF-006-1 Configuration Register Mapping ........................................................................................................13
7.3 IF-006-1 Configuration Registers .....................................................................................................................14
7.3.1 I2C Stats.............................................................................................................................................................. 15
7.3.2 Interface Password............................................................................................................................................. 15
7.3.3 Device ID............................................................................................................................................................. 15
7.3.4 FW Version ......................................................................................................................................................... 15
7.3.5 HW Version......................................................................................................................................................... 15
7.3.6 Device Type ........................................................................................................................................................ 15
7.3.7 System Control ................................................................................................................................................... 15
7.3.8 Serial Configuration Word.................................................................................................................................. 17
7.3.9 Multi-Device Support ......................................................................................................................................... 17
7.3.10 Interface Control ................................................................................................................................................ 17
7.3.11 System Status ..................................................................................................................................................... 18
7.4 Attached Probe Data Access ...........................................................................................................................20
7.5 Extension Data ...............................................................................................................................................21
7.5.1 VBat .................................................................................................................................................................... 21
7.5.2 Vdc...................................................................................................................................................................... 21
7.5.3 Status.................................................................................................................................................................. 22
7.5.4 Capacity .............................................................................................................................................................. 23
7.5.5 Control................................................................................................................................................................ 23
8IF-006 Command Line Interpreter (CLI)..................................................................................................... 25
8.1 Help Command ..............................................................................................................................................25
8.1.1 Command Repetition @, #n, /d ......................................................................................................................... 25
8.1.2 Alternate Address {Add}..................................................................................................................................... 26
8.1.3 Numeric formats ................................................................................................................................................ 26
8.1.4 Invalid Commands.............................................................................................................................................. 26
8.1.5 Password Protection .......................................................................................................................................... 26

4 | Page
8.2 Option Command...........................................................................................................................................26
8.2.1 Verbose Mode .................................................................................................................................................... 27
8.2.2 Hex / hex / Decimal option................................................................................................................................. 27
8.2.3 I2C Address......................................................................................................................................................... 27
8.2.4 Bus Speed ........................................................................................................................................................... 27
8.3 Read Command..............................................................................................................................................28
8.4 Write Command.............................................................................................................................................29
8.5 View Command..............................................................................................................................................29
8.6 Trigger Command...........................................................................................................................................30
8.7 Interface Command........................................................................................................................................31
8.8 Config Command............................................................................................................................................33
8.8.1 Configuring Devices............................................................................................................................................ 34
8.8.2 Configuring Sensors and Outputs....................................................................................................................... 35
8.9 Serial Command.............................................................................................................................................37
9Specifications .......................................................................................................................................... 38

5 | Page
1Layer N Smart Interface Introduction
The Layer N IF-006 Wireless Universal Smart Interface is designed to be used in conjunction with Layer N Smart Probes. The
two elements snap together with a twist of an M12 connector to create a universal solution for any sensor application.
Sensor installations can be further customized using M12 modular extension cables to quickly tailor solutions for any
application. A wide variety of Layer N Smart Probes are available to create a customized wireless solution that fits your
application. Including temperature, humidity, pressure, light, thermocouple, RTD, process, count, pulse, load cell, heat flux,
and more.
The IF-006 is easily paired to the Layer N Gateway with the press of a button and will automatically show up on your Layer N
Cloud account. Local data logging keeps your data secure in the event of a power or network outage. Reports, History, and
E-mail alerts from the Layer N Cloud keep you informed on the status of all your vital processes.
Layer N Smart Probes are fully configurable using your IF-006 unit and our free SYNC configuration software. An integrated
Command Line Interface allows for quick serial configuration of your IF-006 using any standard terminal emulator.
Layer N wireless products are designed with robust AES256 encryption and advanced PKA-EC521bit (NIST) elliptic-curve
cryptography to protect your data. Password protection ensures that access to device data is restricted and only accessible
by authorized users. Device Authentication ensures that Layer N Smart Probes connect to validated Omega devices.
1.1 IF-006 Internal View
Refer to the following internal diagram of the IF-006 unit.
IF-006 Features
Description
1. Micro USB Connector
Used for SYNC configuration.
2. External Power
Connector
M8 Connector 5V External Power. Keep covered if not in use.
3. Battery Compartment
Used for Battery Powered operation of device.
4. Pairing Button
Used to pair IF-006 device to Layer N Gateway. See Section 6
Pairing IF-006 to Layer N Gateway.
5. M12 8-Pin Connector
M12 Connector Smart Probe Interface. See Section 3 Layer N
IF-006 Setup.
6. LED Status Indicator
LED indicating the status of the IF-006 unit. See Section 6
Pairing IF-006 to Layer N Gateway.
1. Micro USB
Connector
2. External
Power
Connector
4. Pairing
Button
5. M12 8-Pin
Connector
6. LED Status
Indicator
3. Battery
Compartment

6 | Page
2Before You Begin
Before you begin setting up your IF-006, ensure you have created a Layer N Cloud account and registered your Gateway at
cloud.omega.com. After registering your Gateway, it will automatically download the latest Gateway firmware revision and
re-boot. Once the Gateway is registered and the pairing button LED is Green you may continue with the IF-006 installation.
Important: If you are adding and IF-006 to an existing Layer N Gateway it is required to update your Gateway to
firmware version 1.0.9 or higher to ensure your Gateway and IF-006 communicate and operate correctly. Please
follow the steps below to update your Gateway if needed.
Step 1: In the Layer N Cloud Interface, click the icon associated with the Gateway you will update.
Step 2: Click Update Firmware.
Step 3: Click Confirm Update to finalize.
Important: During the update process, your Gateway will not be able to send or receive readings until the update
process is complete.
3Layer N IF-006 Setup
The setup your Layer N IF-006, follow these directions:
Step 1: Attach your preferred Layer N Smart Probe to the
M12 8-pin female connector of the IF-006. (Some
smart probes may require an M12 interconnect
cable or additional accessories).
Step 2: If you are attaching an external probe or sensor to
your Layer N Smart Probe, such as a thermocouple, attach it now.
Step 3: Use a Philips screwdriver to remove the 4 screws on the top cover
of the IF-006 unit.
Step 4: Insert 2x C-Cell batteries into the battery compartment or plug in an
external power source (external power only available on certain models).
The LED Status Indicator on the IF-006 unit will illuminate a Solid Amber light indicating that the device has
been successfully powered on and is not yet connected to a Layer N Gateway.

7 | Page
4SYNC Configuration
The IF-006 and a connected Layer N Smart Probe can be configured using Omega’s SYNC configuration software. To begin,
launch the SYNC configuration software on your PC or laptop and connect your Layer N IF-006 using a micro USB 2.0 cable.
Once your Layer N IF-006 and Smart Probe are connected to SYNC, you will immediately see readings appear on the SYNC
interface.
4.1 Configuring A Smart Probe
Certain Layer N Smart Probes may need to be configured to read an external sensor. Smart Probes can be
configured while connected to an IF-006 unit. To configure a Layer N Smart probe that is connected to an IF-006
using SYNC, navigate to the Inputs configuration tab of the SYNC interface.
Depending on the type of Smart Probe connected, you will be presented a variety of configuration options. The
Type dropdown allows the user to select which sensor to use if multiple sensors are available (such as
Thermocouple or RTD on an SP-005) and should be the first thing to be configured. To ensure your Smart Probe is
providing data in the correct units, click the Device Range/Type dropdown in the SYNC interface and choose your
device type. The Device Range/Type is a secondary selection once the Type has been selected. For additional
configuration options associated with your specific Smart Probe, refer to the Smart Probe User Documentation for
your device.
Note: Some Layer N Smart Probes can provide data in different units, such as the SP-014 providing readings in mA
or mV. Ensure your Smart Probe is set to the correct Device Range/Type.

8 | Page
4.2 High Power/Low Power Mode
The default Low Power Mode range of the IF-006 transmits up to 1.2km with a clear line of sight. The North
American variants of the Layer N IF-006 offer a High Power Mode feature that boosts the wireless transmit signal
range of the device to 3.2km with a clear line of sight.
Note: Utilizing High Power Mode will lower the battery life of the IF-006. Refer to the table below for battery life
estimations based on transmit power and update time.
Transmit Power
Update Time
Battery Life*
Low
2 minutes
2 years
Low
90 minutes
5+ years
High
2 minutes
1 year
High
90 minutes
3 years
*Typical. Actual battery life may vary depending on the connected
sensor, signal strength, and environmental conditions.
To utilize High Power Mode, navigate to the
Device Settings tab in the SYNC interface.
Click Additional Settings under the Interface
Settings section.
Check the High Power Mode box to enable it.
4.3 Transmit Interval
The Transmit Interval determines the time between readings for the Smart Probe. Probes connected to the IF-006
will have their transmit interval automatically set to 10 seconds if it is set to a number less than that to prevent
wireless congestion. This transmit interval will also be reset to your minimum interval based on your Layer N Cloud
account level once the IF-006 is paired. The Transmit Interval can be adjusted by navigating to the Device Settings
tab in the SYNC interface and will appear beneath the Sensor Settings section.
Note: SYNC can also be used to set passwords for your Layer N Smart Probes (refer to section 5 Setting Passwords).
For more information on Omega’s SYNC configuration software, refer to the SYNC User’s Manual.

9 | Page
5Setting / Changing Passwords
Layer N Smart Probe data can be password protected through SYNC. Password protecting your smart probe prevents data
in the Smart Probe from being extracted without authorization. If your Smart Probe is password protected, the password
must be stored in the IF-006 so it can transmit data to the Layer N Cloud. To assign a password to your Layer N Smart Probe,
follow these instructions:
Step 1: Navigate to the Device Settings tab in the SYNC interface and click Set Passwords under the Sensor
Settings section.
Step 2: Create a Configuration Password. Upon saving your password, you will be prompted to update the
Interface Password as well to ensure your data is transmitted to the Layer N Cloud.
Important: If the interface password does not match the configuration password, data from your Smart Probe will
not be sent to the Cloud and the LED Status Indicator on the IF-006 will flash Red and Green indicating
there is an error.

10 | Page
5.1 Save Password
Password protects the SYNC configurable features
of your Smart Probe and saves the newly entered
password if it is successfully entered and confirmed
in both text fields.
5.2 Clear Password
The Clear Password button removes the password
protection from the probe.
5.3 Login
Click the login button after entering your device
password to access the configurable features.
5.4 Reset
The Reset Password button deletes the current
password on the device. This will cause all logged
data to be erased.
After 3 failed login attempts, it is required to power cycle the device before trying to login again.

11 | Page
6Pairing IF-006 to Layer N Gateway
Important: The IF-006 unit must be in close proximity to the Layer N Gateway during the pairing process. After
pairing, the IF-006 can be moved to its final location.
The IF-006 wirelessly communicates to a Layer N Gateway to send your data to the Layer N Cloud. To pair your IF-006 to a
Layer N Gateway, follow these instructions:
Step 1: Use a Philips screwdriver to remove the 4 screws on
the top cover of your IF-006 unit if you have not already done
so. Push the pairing button once on your IF-006. The LED
Status Indicator will blink green indicating it is
in Pairing Mode.
Step 2: Quickly push the pairing button once on your
Layer N Gateway and the LED on the Gateway will
blink green indicating the Gateway is in Pairing Mode.
When the IF-006 has been successfully paired to your Layer N Gateway the
IF-006 LED will blink amber several times before blinking green once and turning off.
The IF-006 LED will flash a green light each time data is sent to the gateway. Once you
have completed the pairing process, you may use a Philips screwdriver to replace the
cover on your IF-006. Your Smart Probe will appear as a listed device connected to
your Gateway on the Layer N Cloud and can be identified by the MAC Address listed on
the back of the IF-006 unit.
Note: The number of measurements displayed on the Layer N Cloud depends on the type of sensor purchased and
the frequency of measurement updates depends on your Layer N Cloud subscription.
6.1 Reset Pairing
To reset the IF-006 and Gateway pairing, hold the pairing button down on the IF-006 until the LED Status Indicator
is blinking Red. Release the button and the LED will return to Solid Amber indicating it is waiting to be paired.
LED Status Indicator
Color
Status
Amber (Solid)
IF-006 powered on; not connected to Gateway
Green (Blinking)
IF-006 in Pairing Mode
Amber (Blinking)
IF-006 searching for Gateway
Green (Flash)
IF-006 communicating to Gateway
Red and Green (Blinking)
Password Error
Pairin
g
LED Status
Indicator

12 | Page
7IF-006 Interface
The IF-006 interface allows the radio or USB interface to directly access the externally attached smart sensor register space.
If no smart sensor is attached attempts to access the smart sensor register space will return a or INVALID REGISTER
(Modbus interface). Refer to the Smart Sensor Interface specification for a complete description of the smart sensor register
space.
7.1 IF-006-1 USB (Serial) Packet Format
Communications to the IF-006 are based on Serial data frames. For serial terminal sessions and Modbus ASCII
interaction the ‘transaction’ ends on the receipt of a CR (0x0d) character. For Modbus RTU transactions the entire
transaction must adhere to the Modbus serial RTU time specifications.
The IF-006 uses the first byte of the transaction (Start of Frame character) to determine the type of transaction.
For the Modbus ASCII protocol the ascii ‘#’ character denotes the start of the frame. For the CLI interface the first
character denotes the operation to be performed as indicated in the table below. Any other byte value appearing
in the start of the frame is interpreted as a Modbus RTU Modbus device address. Note that this requires excluding
several Modbus addresses in the RTU mode, but in most cases, this will have no impact.
Refer to the Smart Sensor Command Line Interpreter documentation for further details on the interactive
command line mode commands.
SoF
Character
Hex Interpretation
#
0x23
CLI Comment line (ignored)
:
0x3a
Start of Fame for Modbus ASCII frame
?
0x3f
CLI ‘Help’ command – display command / current state summary
C
0x49
CLI ‘Configure’ command – configure smart sensor device
I
0x4c
CLI ‘Interface’ command – configure interface device (IF-006)
O
0x4F
CLI ‘Options’ command – configuration options
R
0x52
CLI ‘Read’ command – Read any Smart Sensor register
T
0x54
CLI ‘Trigger’ command – trigger and event on smart sensor device
V
0x56
CLI ‘View’ command – view smart sensor data and status information
W
0x57
CLI ‘Write’ command – Write any Smart Sensor register
<any other>
<any
other>
Indicates Register address for a Modbus RTU frame.

13 | Page
7.2 IF-006-1 Configuration Register Mapping
The IF-006 accepts USB (Serial) Modbus RTU packets and maps the Modbus register addresses to internal
configuration registers and to external I2C registers.
0x0000 – 0x3fc0
Invalid Address
0xec00 – 0xefff
IF-006 Configuration
0xf000 - 0xf7ff
Smart Sensor I2C
registers 0x0000 –
0x0fff
0xf800 – 0xf800
Invalid Address
Register addresses 0x0000 – 0x3fc0 and addresses
0xf800 – 0xffff are not recognized and will result in an
INVALID ADDRESS response.
Registers 0xec00 – 0xefff are reserved for configuration
of the IF006.
Registers 0xf000 – 0xf7fff are mapped to the external
I2C device(s).

14 | Page
7.3 IF-006-1 Configuration Registers
The IF-006-1 Configuration registers are stored in non-volatile memory. Changes to the serial configuration and
Modbus address take affect at the completion of the Modbus transaction.
MB
Register
Type Access Description Status
Reserved
0xec00
u16[16]
--
Reserved, return Invalid Address
I2C_Read Errors
0xefd0
u32
R
Number of Read errors
I2C_Write_Errors
0xefd2
u32
R
Number of Write errors
I2C_Read Retries
0xefd4
u32
R
Number of Read Retries
I2C_Write_Retries
0xefd6
u32
R
Number of Write Retries
I2C_Indirect_Retries
0xefd8
u32
R
Number of Read Retries
I2C_Read_Request
0xefda
u32
R
Number of read requests
I2C_Write_Request
0xefdc
u32
R
Number of write requests
Reserved
0xefda
--
--
Reserved, return Invalid Address
PROBE_PROCESS_STATE
0xefdf
u16
R
State variable- internal use only
INTERFACE_ PASSWORD
0xefe0
u8[16]
RW*
Read back as 0x01.. (blank) or 0x00
(non blank)
DEVICE_ID
0xefe8
u8[8]
RW*
Read only, but used as part of Boot
load access mechanism
FW_VERSION
0xefec
u32
RW*
Read only but used as part of Boot
load access mechanism. Formatted as
MM.mm.bb.cc
HW_VERSION
0xefee
u32
R
Formatted as MM.mm.bb.cc
DEVICE_TYPE
0xeff0
u16
R
0xff05 == IF-006
SYSTEM CONTROL
0xeff1
u16
R/W
System Control (See below)
I2C_BASE_ADDRESS
0xeff2
u16
R/W
Defaults to 0x68. Sets base address of
I2C device(s).
I2C_SPEED
0xeff3
u16
R/W
I2C bus speed in kHz, ie 40 == 40
kbit/second
SERIAL_CONFIG
0xeff4
u16
R/W
See Serial Configuration Word
MODBUS_ADDRESS
0xeff5
u16
R/W
Defaults to 1. Sets based address for
Modbus transactions. Limited to 1 ..
247.
ADDRESS_RANGE
0xeff6
u16
R/W
Set to 0. No multi-device support
SYSTEM_STATUS
0xeff7
u16
R
System Status
MANUFACTURED_DATE
0xeff8
u16
R
Bit packed value with format
YYYYYYY.MMMM.DDDDD
USER_HOURS
0xeff9
u16
R/W
User settable counter, increments
every 3600 seconds
OPERATING_TIME
0xeffa
u32
R
Total number of seconds of operation
CORE_VERSION
0xeffc
U32
--
Formatted as MM.mm.bb.cc
INTERFACE_CONTROL
0xeffe
u16
R
See Below
GATEWAY_CONTROL
0xefff
u16
R
Reserved

15 | Page
7.3.1 I2C Stats
Modbus registers 0xefd0 to 0xefd9 provide access to statistics indicating the number of I2C errors and
retries. The Retry counts indicate the number of transactions that resulted in a NAK.
When a NAK is detected the IF-006 will automatically generate up to 3 retries. If a NAK is detected on the 3rd
attempt the transaction is dropped, an error is reported and the Read or Write Error count is incremented.
The Indirect Retry count is incremented if a NAK is generated when writing the Indirect register (0x0030).
7.3.2 Interface Password
The Interface password (IPW) is used when enumerating a device. If it matches the UPW of the attached
device access will be allowed between the I2C (radio) channel and the attached device and the Password
Error (PE) bit will be cleared.
If the IPW does not match the UPW the System Status PE bit will be set and no access to the radio channel
will be allowed. If the Password Valid bit is set and the IPW being written matches the VPW the PE bit will be
cleared.
Note: Writing to the IPW does not affect the UPW of the attached probe.
7.3.3 Device ID
A unique Device Identifier for the IF-006.
7.3.4 FW Version
Firmware version for the IF-006
7.3.5 HW Version
Hardware version for the IF-006
7.3.6 Device Type
A 16-bit value (0xff05) indicating the type of interface.
7.3.7 System Control
The System Control register determines how the IF-006 interacts with the attached probe.
Note: The System Control register shares the Authentication Required, Force Enumeration, Password Required and
Password Auto Reset controls with the Extension Space control register.
System Control Register
7
6
5
4
3
2
1
0
CLI
HEX
VERBOSE
INTR MODE
0
ON
1
OFF
0
ON
1
OFF
0
ON
1
OFF
0
ON
1
OFF
0
ON
1
OFF
0
Ignore
15
14
13
12
11
10
9
8
Auth
Required
BOOT
Mode
Reset
Stats
Device
Reset
Factory
Reset
Force
Enum.
0
ON
1
OFF
7.3.7.1 INTR Mode
The INTR Mode determines how the Smart Probe INTR signal is handled. The IF-006 platform forces this to IGNORE.

16 | Page
7.3.7.2 Verbose
The Verbose mode causes expanded information when using the IF-006 in the CLI mode.
7.3.7.3 Hex
The Hex mode causes the data to be displayed as HEX values in the CLI mode.
7.3.7.4 CLI Enable
The CLI enable bit enables the CLI command interpreter.
7.3.7.5 Force Enumeration
If set, the enumeration process will be re-applied to the probe.
7.3.7.6 Device Reset
Setting the Device Reset bit will force the device to re-initialize using the current configuration information.
7.3.7.7 Factory Reset
Setting the Factory Reset bit will force a factory reset and all configuration parameters will be returned to
the initial factory default values.
7.3.7.8 Shutdown
The MSP processor advises the radio subsystem when power is too low to continue operation thru the
Reset Pending status bit. After appropriate processing by the radio subsystem it should set the
Shutdown bit in the control register which will force the MSP processor to shut down the sensor
interface.
Failure to generate the Shutdown command may lead to unstable operation as the measured battery
voltage continues to degrade.
7.3.7.9 Reset Stats
The Reset Stats bit will force the I2C Statistic counters to be reset to 0.
7.3.7.10 Boot Mode
Setting the Boot Mode bit forces the devices into a boot strap mode. Once entered the device only
accepts bootstrap records allowing firmware upgrades. The Boot Mode flag always reads back as 0.
7.3.7.11 Authentication Required
If set, Probe Authentication is applied when probes are enumerated.

17 | Page
7.3.8 Serial Configuration Word
All serial line configuration is done thru the serial channel using Modbus or CLI commands and the
configuration information is retained in non-volatile memory. When altering the communications
parameters any changes occur after the acknowledgement of the Modbus command.
The device serial configuration word is located at Modbus register address 0xeff4.
Serial Configuration
7
6
5
4
3
2
1
0
Reserved
Data Width
Stop Bits
Parity
Baud Rate
0
7 Stop Bits
1
8 Data Bits
0
1 Stop
1
2 Stop
0
No Parity
1
Mark Parity
2
Odd Parity
3
Even Parity
0
9600
1
19,200
2
38,400
3
115,200
15
14
13
12
11
10
9
8
Reserved
7.3.9 Multi-Device Support
The IF-006 does not support multiple Smart Probes. The Modbus Range value is forced to 0.
7.3.10 Interface Control
The Interface Control register determines the characteristics of the IF-006 radio interface.
Note: The Interface Control register is directly mapped to the Extension Space control register on the IF-006. Access
may be made thru either the IF-006 Interface Control register (0xeffe) or the IF-006 Extension space register
(0xf700).
Interface Control Register
7
6
5
4
3
2
1
0
Radio Type
< see below >
15
14
13
12
11
10
9
8
Radio Options
< see below >
7.3.10.1 Radio Type
The radio type field provides support for Sub GHz radio technology.
Radio Type
None
0
0
0
Omega Sub Ghz
0
0
1
Reserved
.
.
.

18 | Page
7.3.10.2 Sub GHz Radio Options
The Radio Option byte provides additional configuration control and is radio specific.
Sub GHz Radio Configuration
15
14
13
12
11
10
9
8
Reserved
Band
Omega Sub Ghz (915 Mhz)
0
0
1
Omega Sub Ghz (816 Mhz)
0
1
0
Reserved
Sub Ghz High Power Enable
X
7.3.10.3 Sub Ghz Power
The Sub GHz Power level bit enables the Power Amplifier on the Sub Ghz radio assembly.
7.3.11 System Status
The System Status register provides information on the IF-006 connection to an attached probe. Some
information is duplicated in the Extension Space status register. It is recommended that the IF-006
Configuration Status register is used for system configuration tools.
System Status Register
7
6
5
4
3
2
1
0
Password
Valid
(PV)
Enumerate
Probe
(EP)
Power
Fault
(PF)
Passwords
Active
(PA)
User PW
Pending
(UPP)
Password
Error
(PE)
Auth.
Error
(AE)
Probe
Attached
(PR)
15
14
13
12
11
10
9
8
Device
Ready
Bootstrap
Pending
7.3.11.1 Probe Attached
The Probe attached (PR) bit is set when a smart probe is detected by the IF-006. The IF-006 will
periodically check the ability to access the probe and will clear this bit if the probe is detached. This
status information is also available in the IF-006 configuration status register.
7.3.11.2 Authentication Error
If the Authentication Required control bit is set both the attached probe and the IF-006 execute a secure
authentication sequence using a shared Private Key and 128-bit AES encrypted handshaking. If the
authentication process fails, the Authentication Error (PE) bit is set and data cannot be accessed on the
attached probe.
7.3.11.3 Password Error
If the internal IPW value does not match the non-blank UPW of the probe the Password Error (PE) bit is
set and data will not be available to the radio interface..
7.3.11.4 User Password Pending
The User Password Pending bit is set during enumeration if the attached probe UPW is non-blank. It is
cleared by writing the value UPW string thru the USB interface.
7.3.11.5 Power Fault
A power fault was detected on the external probe. The bit will be cleared when the overload condition
has been removed.
7.3.11.6 Enumerating Probe
The Enumerating Probe (EP) bit is set while the interface is in the process of enumerating the attached
probe.

19 | Page
7.3.11.7 Password Valid
The Password Valid bit is set if the IF-006 has determined the UPW of the attached probe is equal to the
IPW or if the user enters the UPW over the USB channel.
7.3.11.8 Bootstrap Pending
The Bootstrap Pending flag is set following the Bootstrap control bit being set.
7.3.11.9 Device Ready
The Device Ready bit is set after all internal initialization is complete.

20 | Page
7.4 Attached Probe Data Access
Access to the attached Smart Sensor register space for the USB and I2C interfaces uses a common memory
exchange mechanism that qualifies the access using the Omega Password and Omega Commissioning security
interface.
The IF-006-1 Configuration registers are only accessible thru the USB Modbus interface and are not subject to
security or password protection.
This architectural model allows the USB interface to directly configure the attached probe and prevents the access
of the Extension Space registers for any attached probes.
0x0000 – 0x0bff
Extension Space
(0x0c00 – 0x0cff)
0x0e00 – 0x0fff
Extension Space
(0x0c00 – 0x0cff)
0x0000 – 0x0bff
Extension Space
(0x0c00 – 0x0cff)
0x0e00 – 0x0fff
Access
IF-006
I2C Probe
Interface
USB
(Modbus)
I2C HOST
(CC1312)
Access &
Password
Protection
IF-006-1
Configuration