Common and network

Point names are the ones records use; [*] stands for a repeating group's index. See Supported SunSpec models for every group.

Model	Name in records	Points
1	`common`	6
2	`aggregator`	10
3	`model_3`	58
4	`model_4`	60
5	`model_5`	88
6	`model_6`	89
7	`model_7`	9
8	`model_8`	3
9	`model_9`	92
10	`model_10`	3
11	`model_11`	7
12	`model_12`	15
13	`model_13`	15
14	`model_14`	8
15	`model_15`	12
16	`model_16`	10
17	`model_17`	8
18	`model_18`	5
19	`model_19`	9

Model 1: Common

Name in records: common.

All SunSpec compliant devices must include this as the first model

Point	Type	Label	Description
`Mn`	string	Manufacturer	Well known value registered with SunSpec for compliance
`Md`	string	Model	Manufacturer specific value (32 chars)
`Opt`	string	Options	Manufacturer specific value (16 chars)
`Vr`	string	Version	Manufacturer specific value (16 chars)
`SN`	string	Serial Number	Manufacturer specific value (32 chars)
`DA`	uint16	Device Address	Modbus device address

Model 2: Basic Aggregator

Name in records: aggregator.

Aggregates a collection of models for a given model id

Point	Type	Label	Description
`AID`	uint16	AID	Aggregated model id
`N`	uint16	N	Number of aggregated models
`UN`	uint16	UN	Update Number. Incrementing number each time the mapping is changed. If the number is not changed from the last reading the direct access to a specific offset will result in reading the same logical model as before. Otherwise the entire model must be read to refresh the changes
`St`	enum16	Status	Enumerated status code
`StVnd`	enum16	Vendor Status	Vendor specific status code
`Evt`	bitfield32	Event Code	Bitmask event code
`EvtVnd`	bitfield32	Vendor Event Code	Vendor specific event code
`Ctl`	enum16	Control	Control register for all aggregated devices
`CtlVnd`	enum32	Vendor Control	Vendor control register for all aggregated devices
`CtlVl`	enum32	Control Value	Numerical value used as a parameter to the control

Value names:

St (enum16): 1 OFF, 2 ON, 3 FULL, 4 FAULT
Evt (bitfield32): bit 0 GROUND_FAULT, bit 1 INPUT_OVER_VOLTAGE, bit 2 RESERVED_2, bit 3 DC_DISCONNECT, bit 4 RESERVED_4, bit 5 RESERVED_5, bit 6 MANUAL_SHUTDOWN, bit 7 OVER_TEMPERATURE, bit 8 RESERVED_8, bit 9 RESERVED_9, bit 10 RESERVED_10, bit 11 RESERVED_11, bit 12 BLOWN_FUSE, bit 13 UNDER_TEMPERATURE, bit 14 MEMORY_LOSS, bit 15 ARC_DETECTION, bit 16 THEFT_DETECTION, bit 17 OUTPUT_OVER_CURRENT, bit 18 OUTPUT_OVER_VOLTAGE, bit 19 OUTPUT_UNDER_VOLTAGE, bit 20 TEST_FAILED
Ctl (enum16): 0 NONE, 1 AUTOMATIC, 2 FORCE_OFF, 3 TEST, 4 THROTTLE

Model 3: Secure Dataset Read Request

Name in records: model_3.

Request a digital signature over a specified set of data registers

Point	Type	Label	Description
`X`	uint16	X	Number of registers being requested
`Off1`	uint16	Offset1	Offset of value to read
`Off2`	uint16
`Off3`	uint16
`Off4`	uint16
`Off5`	uint16
`Off6`	uint16
`Off7`	uint16
`Off8`	uint16
`Off9`	uint16
`Off10`	uint16
`Off11`	uint16
`Off12`	uint16
`Off13`	uint16
`Off14`	uint16
`Off15`	uint16
`Off16`	uint16
`Off17`	uint16
`Off18`	uint16
`Off19`	uint16
`Off20`	uint16
`Off21`	uint16
`Off22`	uint16
`Off23`	uint16
`Off24`	uint16
`Off25`	uint16
`Off26`	uint16
`Off27`	uint16
`Off28`	uint16
`Off29`	uint16
`Off30`	uint16
`Off31`	uint16
`Off32`	uint16
`Off33`	uint16
`Off34`	uint16
`Off35`	uint16
`Off36`	uint16
`Off37`	uint16
`Off38`	uint16
`Off39`	uint16
`Off40`	uint16
`Off41`	uint16
`Off42`	uint16
`Off43`	uint16
`Off44`	uint16
`Off45`	uint16
`Off46`	uint16
`Off47`	uint16
`Off48`	uint16
`Off49`	uint16
`Off50`	uint16
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of request
`Role`	uint16	Role	Digital Signature ID
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers comprising the digital signature.
`repeating[*].DS`	uint16	DS	Digital Signature

Value names:

Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 4: Secure Dataset Read Response

Name in records: model_4.

Compute a digital signature over a specified set of data registers

Point	Type	Label	Description
`RqSeq`	uint16	Request Sequence	Sequence number from the request
`Sts`	enum16	Status	Status of last read operation
`X`	uint16	X	Number of values from the request
`Val1`	uint16	Value1	Copy of value from register Off1.
`Val2`	uint16
`Val3`	uint16
`Val4`	uint16
`Val5`	uint16
`Val6`	uint16
`Val7`	uint16
`Val8`	uint16
`Val9`	uint16
`Val10`	uint16
`Val11`	uint16
`Val12`	uint16
`Val13`	uint16
`Val14`	uint16
`Val15`	uint16
`Val16`	uint16
`Val17`	uint16
`Val18`	uint16
`Val19`	uint16
`Val20`	uint16
`Val21`	uint16
`Val22`	uint16
`Val23`	uint16
`Val24`	uint16
`Val25`	uint16
`Val26`	uint16
`Val27`	uint16
`Val28`	uint16
`Val29`	uint16
`Val30`	uint16
`Val31`	uint16
`Val32`	uint16
`Val33`	uint16
`Val34`	uint16
`Val35`	uint16
`Val36`	uint16
`Val37`	uint16
`Val38`	uint16
`Val39`	uint16
`Val40`	uint16
`Val41`	uint16
`Val42`	uint16
`Val43`	uint16
`Val44`	uint16
`Val45`	uint16
`Val46`	uint16
`Val47`	uint16
`Val48`	uint16
`Val49`	uint16
`Val50`	uint16
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of response
`Alm`	enum16	Alarm	Bitmask alarm code
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers comprising the digital signature.
`repeating[*].DS`	uint16	DS	Digital Signature

Value names:

Sts (enum16): 0 SUCCESS, 1 DS, 2 ACL, 3 OFF
Alm (enum16): 0 NONE, 1 ALM
Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 5: Secure Write Request

Name in records: model_5.

Include a digital signature along with the control data

Point	Type	Label	Description
`X`	uint16	X	Number of (offset, value) pairs being written
`Off1`	uint16	Offset1	Offset of control register to write value to
`Val1`	uint16	Value1	Value to write to control register at offset
`Off2`	uint16
`Val2`	uint16
`Off3`	uint16
`Val3`	uint16
`Off4`	uint16
`Val4`	uint16
`Off5`	uint16
`Val5`	uint16
`Off6`	uint16
`Val6`	uint16
`Off7`	uint16
`Val7`	uint16
`Off8`	uint16
`Val8`	uint16
`Off9`	uint16
`Val9`	uint16
`Off10`	uint16
`Val10`	uint16
`Off11`	uint16
`Val11`	uint16
`Off12`	uint16
`Val12`	uint16
`Off13`	uint16
`Val13`	uint16
`Off14`	uint16
`Val14`	uint16
`Off15`	uint16
`Val15`	uint16
`Off16`	uint16
`Val16`	uint16
`Off17`	uint16
`Val17`	uint16
`Off18`	uint16
`Val18`	uint16
`Off19`	uint16
`Val19`	uint16
`Off20`	uint16
`Val20`	uint16
`Off21`	uint16
`Val21`	uint16
`Off22`	uint16
`Val22`	uint16
`Off23`	uint16
`Val23`	uint16
`Off24`	uint16
`Val24`	uint16
`Off25`	uint16
`Val25`	uint16
`Off26`	uint16
`Val26`	uint16
`Off27`	uint16
`Val27`	uint16
`Off28`	uint16
`Val28`	uint16
`Off29`	uint16
`Val29`	uint16
`Off30`	uint16
`Val30`	uint16
`Off31`	uint16
`Val31`	uint16
`Off32`	uint16
`Val32`	uint16
`Off33`	uint16
`Val33`	uint16
`Off34`	uint16
`Val34`	uint16
`Off35`	uint16
`Val35`	uint16
`Off36`	uint16
`Val36`	uint16
`Off37`	uint16
`Val37`	uint16
`Off38`	uint16
`Val38`	uint16
`Off39`	uint16
`Val39`	uint16
`Off40`	uint16
`Val40`	uint16
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of request
`Role`	uint16	Role	Signing key used 0-5
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers comprising the digital signature.
`repeating[*].DS`	uint16	DS	Digital Signature

Value names:

Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 6: Secure Write Sequential Request

Name in records: model_6.

Include a digital signature along with the control data

Point	Type	Label	Description
`X`	uint16	X	Number of (offset, value) pairs being written
`Off`	uint16	Offset	Starting offset for write operation
`Val1`	uint16	Value1	Value to write to control register at offset
`Val2`	uint16
`Val3`	uint16
`Val4`	uint16
`Val5`	uint16
`Val6`	uint16
`Val7`	uint16
`Val8`	uint16
`Val9`	uint16
`Val10`	uint16
`Val11`	uint16
`Val12`	uint16
`Val13`	uint16
`Val14`	uint16
`Val15`	uint16
`Val16`	uint16
`Val17`	uint16
`Val18`	uint16
`Val19`	uint16
`Val20`	uint16
`Val21`	uint16
`Val22`	uint16
`Val23`	uint16
`Val24`	uint16
`Val25`	uint16
`Val26`	uint16
`Val27`	uint16
`Val28`	uint16
`Val29`	uint16
`Val30`	uint16
`Val31`	uint16
`Val32`	uint16
`Val33`	uint16
`Val34`	uint16
`Val35`	uint16
`Val36`	uint16
`Val37`	uint16
`Val38`	uint16
`Val39`	uint16
`Val40`	uint16
`Val41`	uint16
`Val42`	uint16
`Val43`	uint16
`Val44`	uint16
`Val45`	uint16
`Val46`	uint16
`Val47`	uint16
`Val48`	uint16
`Val49`	uint16
`Val50`	uint16
`Val51`	uint16
`Val52`	uint16
`Val53`	uint16
`Val54`	uint16
`Val55`	uint16
`Val56`	uint16
`Val57`	uint16
`Val58`	uint16
`Val59`	uint16
`Val60`	uint16
`Val61`	uint16
`Val62`	uint16
`Val63`	uint16
`Val64`	uint16
`Val65`	uint16
`Val66`	uint16
`Val67`	uint16
`Val68`	uint16
`Val69`	uint16
`Val70`	uint16
`Val71`	uint16
`Val72`	uint16
`Val73`	uint16
`Val74`	uint16
`Val75`	uint16
`Val76`	uint16
`Val77`	uint16
`Val78`	uint16
`Val79`	uint16
`Val80`	uint16
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of request
`Role`	uint16	Role	Signing key used 0-5
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers comprising the digital signature.
`repeating[*].DS`	uint16	DS	Digital Signature

Value names:

Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 7: Secure Write Response Model (DRAFT 1)

Name in records: model_7.

Include a digital signature over the response

Point	Type	Label	Description
`RqSeq`	uint16	Request Sequence	Sequence number from the request
`Sts`	enum16	Status	Status of last write operation
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of response
`Alm`	enum16	Alarm	Bitmask alarm code
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers comprising the digital signature.
`repeating[*].DS`	uint16	DS	Digital Signature

Value names:

Sts (enum16): 0 SUCCESS, 1 DS, 2 ACL, 3 OFF, 4 VAL
Alm (enum16): 0 NONE, 1 ALM
Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 8: Get Device Security Certificate

Name in records: model_8.

Security model for PKI

Point	Type	Label	Description
`Fmt`	enum16	Format	X.509 format of the certificate. DER or PEM.
`N`	uint16	N	Number of registers to follow for the certificate
`repeating[*].Cert`	uint16	Cert	X.509 Certificate of the device

Value names:

Fmt (enum16): 0 NONE, 1 X509_PEM, 2 X509_DER

Model 9: Set Operator Security Certificate

Name in records: model_9.

Security model for PKI

Point	Type	Label	Description
`CertUID`	uint16	Cert_UID	User ID for this certificate
`CertRole`	uint16	Cert_Role	Role for this certificate
`Fmt`	enum16	Format	Format of this certificate
`Typ`	enum16	Type	Type of this certificate
`TotLn`	uint16	Total Length	Total Length of the Certificate
`FrgLn`	uint16	Fragment length	Length of this fragment
`Frg1`	uint16	Frag1	First word of this fragment
`Frg2`	uint16
`Frg3`	uint16
`Frg4`	uint16
`Frg5`	uint16
`Frg6`	uint16
`Frg7`	uint16
`Frg8`	uint16
`Frg9`	uint16
`Frg10`	uint16
`Frg11`	uint16
`Frg12`	uint16
`Frg13`	uint16
`Frg14`	uint16
`Frg15`	uint16
`Frg16`	uint16
`Frg17`	uint16
`Frg18`	uint16
`Frg19`	uint16
`Frg20`	uint16
`Frg21`	uint16
`Frg22`	uint16
`Frg23`	uint16
`Frg24`	uint16
`Frg25`	uint16
`Frg26`	uint16
`Frg27`	uint16
`Frg28`	uint16
`Frg29`	uint16
`Frg30`	uint16
`Frg31`	uint16
`Frg32`	uint16
`Frg33`	uint16
`Frg34`	uint16
`Frg35`	uint16
`Frg36`	uint16
`Frg37`	uint16
`Frg38`	uint16
`Frg39`	uint16
`Frg40`	uint16
`Frg41`	uint16
`Frg42`	uint16
`Frg43`	uint16
`Frg44`	uint16
`Frg45`	uint16
`Frg46`	uint16
`Frg47`	uint16
`Frg48`	uint16
`Frg49`	uint16
`Frg50`	uint16
`Frg51`	uint16
`Frg52`	uint16
`Frg53`	uint16
`Frg54`	uint16
`Frg55`	uint16
`Frg56`	uint16
`Frg57`	uint16
`Frg58`	uint16
`Frg59`	uint16
`Frg60`	uint16
`Frg61`	uint16
`Frg62`	uint16
`Frg63`	uint16
`Frg64`	uint16
`Frg65`	uint16
`Frg66`	uint16
`Frg67`	uint16
`Frg68`	uint16
`Frg69`	uint16
`Frg70`	uint16
`Frg71`	uint16
`Frg72`	uint16
`Frg73`	uint16
`Frg74`	uint16
`Frg75`	uint16
`Frg78`	uint16
`Frg79`	uint16
`Frg80`	uint16	Frag80	Last word of this fragment
`Ts`	uint32	Timestamp	Timestamp value is the number of seconds since January 1, 2000
`Ms`	uint16	Milliseconds	Millisecond counter 0-999
`Seq`	uint16	Sequence	Sequence number of request
`UID`	uint16	UID	User ID for the request signature
`Role`	uint16	Role	Signing key used 0-5
`Alg`	enum16	Algorithm	Algorithm used to compute the digital signature
`N`	uint16	N	Number of registers to follow for the certificate
`repeating[*].Cert`	uint16

Value names:

Fmt (enum16): 0 NONE, 1 X509_PEM, 2 X509_DER
Typ (enum16): 0 DEV_KEY_PAIR, 1 DEV_SHARED_KEY, 2 OPERATOR_PUB, 3 OPERATOR_SHARED, 4 CA_PUB
Alg (enum16): 0 NONE, 1 AES-GMAC-64, 2 ECC-256

Model 10: Communication Interface Header

Name in records: model_10.

To be included first for a complete interface description

Point	Type	Label	Description
`St`	enum16	Interface Status	Overall interface status
`Ctl`	uint16	Interface Control	Overall interface control (TBD)
`Typ`	enum16	Physical Access Type	Type of physical media

Value names:

St (enum16): 0 DOWN, 1 UP, 2 FAULT
Typ (enum16): 0 UNKNOWN, 1 INTERNAL, 2 TWISTED_PAIR, 3 FIBER, 4 WIRELESS

Model 11: Ethernet Link Layer

Name in records: model_11.

Include to support a wired ethernet port

Point	Type	Units	Label	Description
`Spd`	uint16	Mbps	Ethernet Link Speed	Interface speed in Mb/s
`CfgSt`	bitfield16		Interface Status Flags	Interface flags.
`St`	enum16		Link State	State information for this interface
`MAC`	eui48		MAC	IEEE MAC address of this interface
`Nam`	string		Name	Interface name (8 chars)
`Ctl`	bitfield16		Control	Control flags
`FrcSpd`	uint16	Mbps	Forced Speed	Forced interface speed in Mb/s when AUTO is disabled

Value names:

CfgSt (bitfield16): bit 0 LINK, bit 1 FULL_DUPLEX, bit 2 AUTO_NEG1, bit 3 AUTO_NEG2, bit 4 AUTO_NEG3, bit 5 RESET_REQUIRED, bit 6 HW_FAULT
St (enum16): 0 UNKNOWN, 1 ENABLED, 2 DISABLED, 3 TESTING
Ctl (bitfield16): bit 0 AUTO, bit 1 FULL_DUPLEX

Model 12: IPv4

Name in records: model_12.

Include to support an IPv4 protocol stack on this interface

Point	Type	Label	Description
`Nam`	string	Name	Interface name
`CfgSt`	enum16	Config Status	Configuration status
`ChgSt`	bitfield16	Change Status	A configuration change is pending
`Cap`	bitfield16	Config Capability	Identify capable sources of configuration
`Cfg`	enum16	IPv4 Config	Configuration method used.
`Ctl`	enum16	Control	Configure use of services
`Addr`	string	IP	IPv4 numeric address as a dotted string xxx.xxx.xxx.xxx
`Msk`	string	Netmask	IPv4 numeric netmask as a dotted string xxx.xxx.xxx.xxx
`Gw`	string	Gateway	IPv4 numeric gateway address as a dotted string xxx.xxx.xxx.xxx
`DNS1`	string	DNS1	IPv4 numeric DNS address as a dotted string xxx.xxx.xxx.xxx
`DNS2`	string	DNS2	IPv4 numeric DNS address as a dotted string xxx.xxx.xxx.xxx
`NTP1`	string	NTP1	IPv4 numeric NTP address as a dotted string xxx.xxx.xxx.xxx
`NTP2`	string	NTP2	IPv4 numeric NTP address as a dotted string xxx.xxx.xxx.xxx
`DomNam`	string	Domain	Domain name (24 chars max)
`HostNam`	string	Host Name	Host name (24 chars max)

Value names:

CfgSt (enum16): 0 NOT_CONFIGURED, 1 VALID_SETTING, 2 VALID_HW
ChgSt (bitfield16): bit 0 PENDING
Cap (bitfield16): bit 0 DHCP, bit 1 BOOTP, bit 2 ZEROCONF, bit 3 DNS, bit 4 CFG_SETTABLE, bit 5 HW_CONFIG, bit 6 NTP_CLIENT, bit 7 RESET_REQUIRED
Cfg (enum16): 0 STATIC, 1 DHCP, 2 BOOTP, 3 ZEROCONF
Ctl (enum16): 0 ENABLE_DNS, 1 ENABLE_NTP

Model 13: IPv6

Name in records: model_13.

Include to support an IPv6 protocol stack on this interface

Point	Type	Label	Description
`Nam`	string	Name	Interface name
`CfgSt`	enum16	Config Status	Configuration status
`ChgSt`	bitfield16	Change Status	A configuration change is pending
`Cap`	bitfield16	Config Capability	Identify capable sources of configuration
`Cfg`	enum16	IPv6 Config	Configuration method used.
`Ctl`	enum16	Control	Configure use of services
`Addr`	string	IP	IPv6 numeric address as a dotted string xxxx.xxxx.xxxx.xxxx
`CIDR`	string	CIDR	Classless Inter-Domain Routing Number
`Gw`	string	Gateway	IPv6 numeric address as a dotted string xxxx.xxxx.xxxx.xxxx
`DNS1`	string	DNS1	IPv6 numeric DNS address as a dotted string xxxx.xxxx.xxxx.xxxx
`DNS2`	string	DNS2	IPv6 numeric DNS address as a dotted string xxxx.xxxx.xxxx.xxxx
`NTP1`	string	NTP1	IPv6 numeric NTP address as a name or dotted string xxxx.xxxx.xxxx.xxxx
`NTP2`	string	NTP2	IPv6 numeric NTP address as a name or dotted string xxxx.xxxx.xxxx.xxxx
`DomNam`	string	Domain	Domain name (24 chars max)
`HostNam`	string	Host Name	Host name (24 chars max)

Value names:

CfgSt (enum16): 0 NOT_CONFIGURED, 1 VALID_SETTING, 2 VALID_HW
ChgSt (bitfield16): bit 0 PENDING
Cap (bitfield16): bit 0 DHCP, bit 1 BOOTP, bit 2 ZEROCONF, bit 3 DNS, bit 4 CFG_SETTABLE, bit 5 HW_CONFIG, bit 6 NTP_CLIENT, bit 7 RESET_REQUIRED
Cfg (enum16): 0 STATIC, 1 DHCP, 2 BOOTP, 3 ZEROCONF
Ctl (enum16): 0 ENABLE_DNS, 1 ENABLE_NTP

Model 14: Proxy Server

Name in records: model_14.

Include this block to allow for a proxy server

Point	Type	Label	Description
`Nam`	string	name	Interface name (8 chars)
`Cap`	bitfield16	Capabilities	Proxy configuration capabilities
`Cfg`	enum16	Config	Set proxy address type
`Typ`	bitfield16	Type	Enumerate value. Proxy server type
`Addr`	string	Address	IPv4 or IPv6 proxy hostname or dotted address (40 chars)
`Port`	uint16	Port	Proxy port number
`User`	string	Username	Proxy user name
`Pw`	string	Password	Proxy password

Value names:

Cap (bitfield16): bit 0 NO_PROXY, bit 1 IPV4_PROXY, bit 2 IPV6_PROXY

Model 15: Interface Counters Model

Name in records: model_15.

Interface counters

Point	Type	Label	Description
`Clr`	uint16	Clear	Write a "1" to clear all counters
`InCnt`	acc32	Input Count	Number of bytes received
`InUcCnt`	acc32	Input Unicast Count	Number of Unicast packets received
`InNUcCnt`	acc32	Input Non-Unicast Count	Number of non-Unicast packets received
`InDscCnt`	acc32	Input Discarded Count	Number of inbound packets received on the interface but discarded
`InErrCnt`	acc32	Input Error Count	Number of inbound packets that contain errors (excluding discards)
`InUnkCnt`	acc32	Input Unknown Count	Number of inbound packets with unknown protocol
`OutCnt`	acc32	Output Count	Total number of bytes transmitted on this interface
`OutUcCnt`	acc32	Output Unicast Count	Number of Unicast packets transmitted
`OutNUcCnt`	acc32	Output Non-Unicast Count	Number of Non-Unicast packets transmitted
`OutDscCnt`	acc32	Output Discarded Count	Number of Discarded output packets
`OutErrCnt`	acc32	Output Error Count	Number of outbound error packets

Model 16: Simple IP Network

Name in records: model_16.

Include this model for a simple IPv4 network stack

Point	Type	Label	Description
`Nam`	string	Name	Interface name. (8 chars)
`Cfg`	enum16	Config	Force IPv4 configuration method
`Ctl`	bitfield16	Control	Configure use of services
`Addr`	string	Address	IP address
`Msk`	string	Netmask	Netmask
`Gw`	string	Gateway	Gateway IP address
`DNS1`	string	DNS1	32 bit IP address of DNS server
`DNS2`	string	DNS2	32 bit IP address of DNS server
`MAC`	eui48	MAC	IEEE MAC address of this interface
`LnkCtl`	bitfield16	Link Control	Link control flags

Value names:

Cfg (enum16): 0 STATIC, 1 DHCP
Ctl (bitfield16): bit 0 ENABLE_DNS, bit 1 ENABLE_NTP
LnkCtl (bitfield16): bit 0 AUTONEGOTIATE, bit 1 FULL_DUPLEX, bit 2 FORCE_10MB, bit 3 FORCE_100MB, bit 4 FORCE_1GB

Model 17: Serial Interface

Name in records: model_17.

Include this model for serial interface configuration support

Point	Type	Units	Label	Description
`Nam`	string		Name	Interface name (8 chars)
`Rte`	uint32	bps	Rate	Interface baud rate in bits per second
`Bits`	uint16		Bits	Number of data bits per character
`Pty`	enum16		Parity	Parity setting
`Dup`	enum16		Duplex	Duplex mode
`Flw`	enum16		Flow Control	Flow Control Method
`Typ`	enum16		Interface Type	Interface type
`Pcol`	enum16		Protocol	Serial protocol selection

Value names:

Pty (enum16): 0 NONE, 1 ODD, 2 EVEN
Dup (enum16): 0 FULL, 1 HALF
Flw (enum16): 0 NONE, 1 HW, 2 XONXOFF
Typ (enum16): 0 UNKNOWN, 1 RS232, 2 RS485
Pcol (enum16): 0 UNKNOWN, 1 MODBUS, 2 VENDOR

Model 18: Cellular Link

Name in records: model_18.

Include this model to support a cellular interface link

Point	Type	Label	Description
`Nam`	string	Name	Interface name
`IMEI`	uint32	IMEI	International Mobile Equipment Identifier for the interface
`APN`	string	APN	Access Point Name for the interface
`Num`	string	Number	Phone number for the interface
`Pin`	string	PIN	Personal Identification Number for the interface

Model 19: PPP Link

Name in records: model_19.

Include this model to configure a Point-to-Point Protocol link

Point	Type	Units	Label	Description
`Nam`	string		Name	Interface name
`Rte`	uint32	bps	Rate	Interface baud rate in bits per second
`Bits`	uint16		Bits	Number of data bits per character
`Pty`	enum16		Parity	Parity setting
`Dup`	enum16		Duplex	Duplex mode
`Flw`	enum16		Flow Control	Flow Control Method
`Auth`	enum16		Authentication	Authentication method
`UsrNam`	string		Username	Username for authentication
`Pw`	string		Password	Password for authentication

Value names:

Pty (enum16): 0 NONE, 1 ODD, 2 EVEN
Dup (enum16): 0 FULL, 1 HALF
Flw (enum16): 0 NONE, 1 HW, 2 XONXOFF
Auth (enum16): 0 NONE, 1 PAP, 2 CHAP

Rusty SunSpec Collector