| RAy2 | RAy3 | |
| Max. Speed | 360 Mbps/256 QAM/56 MHz | 1 Gbps/2048 QAM/112 MHz |
| Speed/56MHz | 360 Mbps / 256QAM | 540 Mbps / 4096 QAM |
| Bands | 10,11,17,18,24 | 17,24 GHz |
| Asym.channels | No | Yes |
| Channel size | 1.75–56 MHz | 3.5–112 MHz |
| Modulations | QPSK 16–256 QAM | QPSK 16–4096 QAM |
| AES 256 | No | Yes |
| Sync Eth, PTP | No | Yes |
| ESD | 4 kV | 8 kV |
| Surge immun. | 1 kV | 4 kV |
Product overviewPRODUCT VIDEO
TECHNICAL PRESENTATION
RAy is a high-speed point-to-point microwave link, suitable for links in the most challenging conditions.
This Full Outdoor Software Defined Radio with Linux OS, is designed for high performance links with maximum reliability, exceptional system gain and resistance to disturbances. All relevant state-of-the-art concepts have been carefully implemented without compromise.
RAy is well proven within the market since 2009 in thousands of installations in tens of countries from the poles to the equator. It is used by Internet Service Providers as well as global Telco operators for both, backbone and last-mile microwave links.
RAy Tools is an application designed for any mobile device using Android OS or iOS and is available on Google Play and the Apple store.
RAy Tools has got 3 main features:
Link calculation
- Lite version of full featured Calculator
- Calculates Fade margin for given distance and antennas
Antenna Alignment
- Simple intuitive interface
- Displays 4 key values [RSS & MSE for each end of the link]
- Selected value enlarged and shown in the centre of the display
- Selected value indicated acoustically
Link management
- Direct access to web interface of connected unit
Just leave your laptop and voltmeter at home when you go to adjust your antennas and setup the units!
- RAy for unlicensed bands (17, 24 GHz) meets the standard for licensed bands
- Availability of operating high order modulations on narrow channels (RAy2 from 1.75 MHz, RAy3 from 3.5 MHz) permits:
- high speed links when only narrow channels available
- multiplying the number of high speed links on busy sites
- cost savings on license fees
- high-availability links design
- RAy3 can use asymmetric channels
- channel size from 3.5 to 112 MHz
- gap between edges of channels is as little as 18 MHz
- gap location adjusted by SW
- neighbouring unit channels can be touching
- more information in Info sheet
- High radio receiver robustness to unwanted interference
- Exceptional sensitivity allows:
- gain data speed even in most challenging conditions
- links over extreme distances
- cost savings by using smaller antennas
- Combination of low order modulations and narrow channels allows construction of reliable links even in almost NLOS conditions
RAy3 range is 2 to 3 times further than RAy2
| Availability | RAy2 360 Mbps 56 MHz / 256 QAM |
RAy3 426 Mbps 112 MHz / 32 QAM |
RAy3 334 Mbps 112 MHz / 16 QAM |
| 99.99 % | 0.9 km | 1.7 km | 2.2 km |
| 99.95 % | 1.1 km | 2.2 km | 3.1 km |
Distances for EIRP +20 dBm, 24 GHz
- Solar ready – low power consumption (22 W)
- Flimsy masts installation ready
- Low weight (2.5 kg)
- FOD, no indoor space needed
- Low storage and logistics costs
- universal L/U unit, (17, 24 GHz)
- min. RAy2 HW variants for frequency subbands: two for 11 GHz, three for 18 GHz
- Easy installation & Setup
- 3 year warranty
- Certified – 30 to +55 °C
- Industrial hardened design
- Heavy-duty industrial components
- Robust input filter without any adjustable components
- Components sourced exclusively from manufactures / authorised dealers
- Rugged die-cast aluminum case
- Embedded overvoltage and electrostatic surge protection
- Electrostatic discharge (ESD) – RAy2: 4 kV, RAy3: 8 kV
- Surge Immunity – RAy2: 1 kV, RAy3: 4 kV
- Every single unit tested in a climatic chamber (hot/cold) and in real traffic
- Exceptional robustness against noise and interference
- 1+1 redundant solution available (two units, one antenna + Dual polarization extender)
- SW selectable modulation, RAy2: QPSK, 16 – 256 QAM, RAy3: QPSK, 16 – 4096 QAM
- 2+0 solution for double speed available (two units in 10, 11, 18 GHz, one antenna + Dual polarization extender)
- Hitless ACM (Adaptive Coding and Modulation) – extremely fast, working without any data loss
- ATPC (Automatic Transmit Power Control) increases reliability of the link under hostile conditions
| RAy2 [17/24 GHz] – detail | RAy3 [both 17 and 24 GHz] – detail | ||||
| Modulation | 3.5 MHz (speed/sensitivity) |
56 MHz (speed/sensitivity) |
3.5 MHz (speed/sensitivity) |
56 MHz (speed/sensitivity) |
112 MHz (speed/sensitivity) |
| QPSK_S 1 | – | – | 2.7 Mbps/-99.0 dBm | 48 Mbps/-88.0 dBm | 97 Mbps/-85.0 dBm |
| QPSK | 4.9 Mbps / -97.0/-96.0 dBm |
73 Mbps / -87.0/-86.0 dBm |
5.0 Mbps/-94.5 dBm | 81 Mbps/-84.5 dBm | 161 Mbps/-81.5 dBm |
| 16 QAM | 9.6 Mbps / -90.0/-89.0 dBm |
160 Mbps / -80.0/-79.0 dBm |
9.5 Mbps/-88.5 dBm | 168 Mbps/-77.5 dBm | 334 Mbps/-74.5 dBm |
| 32 QAM | 12 Mbps / -87.0/-86.0 dBm |
203 Mbps / -76.0/-75.0 dBm |
11 Mbps/-85.0 dBm | 213 Mbps/-73.5 dBm | 426 Mbps/-70.5 dBm |
| 64 QAM | 14 Mbps / -84.0/-83.0 dBm |
257 Mbps / -73.0/-72.0 dBm |
15 Mbps/-82.0 dBm | 267 Mbps/-70.5 dBm | 536 Mbps/-67.5 dBm |
| 128 QAM | 17 Mbps / -83.0/-79.0 dBm |
304 Mbps / -69.0/-68.0 dBm |
17 Mbps/-79.0 dBm | 319 Mbps/-67.5 dBm | 636 Mbps/-64.5 dBm |
| 256 QAM | 20 Mbps / -81.0/-77.0 dBm |
338 Mbps / -66.0/-65.0 dBm |
19 Mbps/-76.0 dBm | 366 Mbps/-64.5 dBm | 730 Mbps/-61.5 dBm |
| 256 QAM_TO 2 | – | 359 Mbps / -64.0/-63.0 dBm |
– | – | – |
| 512 QAM | – | – | 22 Mbps/-73.0 dBm | 413 Mbps/-61.5 dBm | 823 Mbps/-58.5 dBm |
| 1024 QAM | – | – | 23 Mbps/-69.5 dBm | 459 Mbps/-58.5 dBm | 918 Mbps/-55.5 dBm |
| 2048 QAM (7 – 112 MHz) |
– | – | – | 501 Mbps/-55.5 dBm | 1002 Mbps/-52.5 dBm |
| 4096 QAM (14 – 56 MHz) |
– | – | – | 540 Mbps/-52.5 dBm | – |
(1) Stability optimized (stronger) FEC
(2) Throughput optimized (weaker) FEC
SW keys
- SW authorization keys allow the use of or to add higher data speed only when and where needed
RAy2
- Different models in 10, 11, 17, 18, 24 GHz bands
- Default 100 Mbps, SW key for 200 or 360 Mbps data speed
| RAy2 Data Speed – SW keys | |||||||
| Channel | QPSK | 16 QAM | 32 QAM | 64 QAM | 128 QAM | 256 QAM | SW key |
| 3.5 MHz | 4.9 Mbps | 9.6 Mbps | 12.1 Mbps | 14.3 Mbps | 17.2 Mbps | 19.7 Mbps | SW-100 |
| 7 MHz | 8.5 Mbps | 17.2 Mbps | 22.1 Mbps | 29.7 Mbps | 34.7 Mbps | 39.7 Mbps | |
| 14 MHz | 19.9 Mbps | 28.8 Mbps | 49.1 Mbps | 62.3 Mbps | 73.6 Mbps | 81.2 Mbps | |
| 28/30 MHz | 36.8 Mbps | 80.9 Mbps | 102.4 Mbps | 129.8 Mbps | 155.5 Mbps | 170.7 Mbps | SW-200 |
| 40 MHz | 50.1 Mbps | 110.0 Mbps | 139.2 Mbps | 176.5 Mbps | 211.4 Mbps | 232.1 Mbps | SW-360 |
| 50 MHz | 66.3 Mbps | 145.6 Mbps | 184.2 Mbps | 233.6 Mbps | 276.1 Mbps | 320.6 Mbps | |
| 56 MHz | 72.9 Mbps | 160.2 Mbps | 202.7 Mbps | 256.9 Mbps | 303.7 Mbps | 337.7 Mbps | |
| 56TO | 85.8 Mbps | 169.9 Mbps | 206.2 Mbps | 268.1 Mbps | 309.0 Mbps | 358.9 Mbps | |
| SW key | SW-100 | SW-200 | SW-360 | ||||
RAy3
- Different models in 17, 24 GHz bands
- Default 360 Mbps, SW key for 500 or 1000 Mbps data speed
| RAy3 Data Speed – SW keys | ||||||||||||
| Channel | QPSK_S | QPSK | 16QAM | 32QAM | 64QAM | 128QAM | 256QAM | 512QAM | 1024QAM | 2048QAM | 4096QAM | SW key |
| 3.5 MHz | 2.7 Mbps | 5.0 Mbps | 10 Mbps | 11 Mbps | 15 Mbps | 17 Mbps | 19 Mbps | 21 Mbps | 23 Mbps | SW-360 | ||
| 5 MHz | 3.8 Mbps | 7.1 Mbps | 14 Mbps | 16 Mbps | 21 Mbps | 25 Mbps | 28 Mbps | 31 Mbps | 33 Mbps | |||
| 7 MHz | 5.8 Mbps | 10.5 Mbps | 20 Mbps | 24 Mbps | 31 Mbps | 37 Mbps | 42 Mbps | 47 Mbps | 52 Mbps | 57 Mbps | ||
| 10 MHz | 7.9 Mbps | 14.4 Mbps | 27 Mbps | 33 Mbps | 42 Mbps | 50 Mbps | 57 Mbps | 64 Mbps | 71 Mbps | 78 Mbps | ||
| 14 MHz | 11.9 Mbps | 22.2 Mbps | 41 Mbps | 50 Mbps | 65 Mbps | 77 Mbps | 88 Mbps | 98 Mbps | 109 Mbps | 119 Mbps | 128 Mbps | |
| 20 MHz | 17.2 Mbps | 32.0 Mbps | 60 Mbps | 72 Mbps | 94 Mbps | 111 Mbps | 127 Mbps | 142 Mbps | 158 Mbps | 171 Mbps | 185 Mbps | |
| 28 MHz | 24.3 Mbps | 38.5 Mbps | 81 Mbps | 105 Mbps | 132 Mbps | 157 Mbps | 181 Mbps | 202 Mbps | 227 Mbps | 249 Mbps | 269 Mbps | |
| 40 MHz | 34.0 Mbps | 53.9 Mbps | 113 Mbps | 148 Mbps | 185 Mbps | 220 Mbps | 253 Mbps | 283 Mbps | 318 Mbps | 348 Mbps | 377 Mbps | SW-500 |
| 56 MHz | 48.7 Mbps | 81.1 Mbps | 169 Mbps | 213 Mbps | 268 Mbps | 319 Mbps | 366 Mbps | 414 Mbps | 459 Mbps | 501 Mbps | 540 Mbps | SW-1000 |
| 80 MHz | 69.3 Mbps | 115.4 Mbps | 240 Mbps | 303 Mbps | 381 Mbps | 454 Mbps | 521 Mbps | 589 Mbps | 653 Mbps | 713 Mbps | ||
| 100 MHz | 86.6 Mbps | 144.5 Mbps | 299 Mbps | 381 Mbps | 479 Mbps | 569 Mbps | 653 Mbps | 736 Mbps | 820 Mbps | 895 Mbps | ||
| 112 MHz | 97.0 Mbps | 161.8 Mbps | 334 Mbps | 426 Mbps | 537 Mbps | 637 Mbps | 731 Mbps | 824 Mbps | 918 Mbps | 1002 Mbps | ||
| SW key | SW-360 | SW-500 | SW-1000 | |||||||||
Customized design
- RAy units and antennas can be delivered in camouflaged designs
(Typically required by historical heritage bodies for installations in historical city center) - Camouflage painting may slightly change antenna features
- FOD (Full Outdoor), aluminium casing, direct mounting to the parabolic antenna
- Change of signal polarization simply by 90° rotation (4 fixing screws)
- Installation and setup completed in minutes (also ideal for temporary installations)
- Direct unit mounting to the antennas from various producers. Flexible waveguide as a general-purpose option
- RAy2 and RAy3 are mechanically compatible
- Intuitive Web interface
- Multi-layered user support
– Balloons, Helps on Web interface
– Manual, Application notes, Product videos - Firmware upgrade possible over-the-air
- User traffic non-intrusive management via USB using either ETH/USB adapter or WiFi/USB adapter with DHCP or via ETH
- CLI via SSH
- SNMP
- Web interface
- Temperature, power supply, RSS, SNR, BER, data rate, output power monitoring and history available as text and charts
- SNMP including generation of TRAPs when preset thresholds exceeded
- Built-in spectrum analyzer for free channel searching
- Automatic detection of unit polarization
- Constellation diagram of the received signal
Device
- Peer station can be paired and permanently monitored to prevent unauthorized station exchange
- Theft protection: unique SSH key for each serial number
Management
- HTTPS (HTTP) for Web interface
- SSH for CLI interface
- SNMP v3 (v1, v2c)
Access Control
Role-based access
- Guest – read only (3 users)
- Admin – full acces, no user accounts config (10 users)
- Super – full access, user accounts config (10 users)
Data Security (RAy3)
- Payload encryption – AES256
- Either own or randomly generated cryptographic key
- Automated key management system
Trade name – trade and marketing name of the product. This name is used for all products within the same product family.
Possible values: RAy
Gen. – generation of the product of specific Trade name. The very first generation doesn’t have any number in this position.
Possible values: none, 2, 3
Band – frequency band in GHz
Possible values: 10, 11, 17, 18, 24
Var. – designation of product variant, if it is used. Generally more variants can be used within one unit, i.e. more letters can be on this position. These variants can’t be ordered and included in the unit later on.
Possible values:
none – (RAy2 only)
R – RF Output power -30 to -15 dBm, for RAy2-24 and RAy3-24 only
S – MTU 2048 Bytes, for RAy3-24 only (versions before 03/2019 supported var. ´S´)
Processor type (RAy3 only) – E or N or X
E – Processor without HW encryption option. SW encryption may be possible
N – Processor without HW encryption option. Encryption features will never be possible, neither HW nor SW encryption
X*– Processor with HW encryption option (when N or E is not on product label, all RAy3-24 units are X, regardless X is on product label or not)
FRQ – frequency
Possible values:
L – unit transmits on lower part of the band
U – unit transmits on upper part of the band
RAy2-10, RAy2-11, RAy2-18 – different HW for upper and lower unit
RAy3-17, RAy3-24 – L/U is used, but indicates only TX default which can be changed, the same HW for lower and upper unit
RAy2-17, RAy2-24 – L/U is not used, the same HW for upper and lower unit
A,B,C – frequency sub-bands for RAy2-10, RAy2-11, RAy2-18
Two letters (L/U and A/B/C) are used in RAy2-10, RAy2-11, RAy2-18 cases.
SW keys – if unit is ordered with SW keys, all keys are specified in this bracket. SW key activates the Data speeds, which are under the specific license. SW key can be ordered independently for specific S/N anytime later on.
Possible values:
RAy2 – 100, 200, 360, default is 100 Mbps, optional SW key for 200 or 360 Mbps
Part No’s.: RAy2-SW-100, RAy2-SW-200, RAy2-SW-360
RAy3 – 360, 500, 1000, default is 360 Mbps, optional SW key for 500 or 1000 Mbps
Part No’s.: RAy3-SW-360, RAy3-SW-500, RAy3-SW-1000
Opt. accessories – if unit is ordered with optional accessories, it is specified in this bracket.
Possible values:
DC – DC/RJ45 power adapter, Part No.: OTH-DC/RJ45
Type – specific product type for which type approvals like CE, FCC etc. are issued
Possible values:
RAy2-10, RAy2-11, RAy2-17, RAy2-18, RAy2-24, RAy3-17, RAy3-24
Code – part of order code which is printed on Product label on the housing. SW keys and Optional accessories are not HW dependent and can be ordered later on, so they are not printed on Product label.
Order code – the complete product code, which is used on Quotations, Invoices, Delivery notes etc.
In order to find out the correct Order code, please use RACOM WebService.
* The processor included in the unit uses an encryption module listed as 5A002 a.1 in the COUNCIL REGULATION (EC) No 428/2009, setting up a Community regime for the control of exports, transfer, brokering and transit of dual-use items. Units are subject to export control when exporting outside the European union, according to national, EU and US law (ECCN 5A002 a.1): http://ec.europa.eu/trade/import-and-export-rules/export-from-eu/dual-use-controls/index_en.htm
| RAy2 | 10 GHz | 11 GHz | 17 GHz / 24 GHz | 18 GHz | ||||
| Radio parameters | Lower | Upper | Lower | Upper | The same HW for L/U | Lower | Upper | |
| Sub-band A | 10.300 – 10.420 | 10.476 – 10.588 | 10.695 – 10.970 | 11.185 – 11.460 | no sub-bands | 17.700 – 18.209 | 18.710 – 19.219 | |
| Sub-band B | 10.125 – 10.325 | 10.475 – 10.675 | 10.935 – 11.195 | 11.425 – 11.695 | 17.1 – 17.3 | 18.167 – 18.690 | 19.177 – 19.700 | |
| Sub-band C | – | – | – | – | 24.0 – 24.25 | 17.700 – 18.300 | 19.300 – 19.700 | |
| Channel spacing | 1.75, 3.5, 7, 14 20, 28/30, 56 MHz |
1.75, 3.5, 7, 14 28/30, 40, 56 MHz |
3.5, 7, 14, 28, 40, 50, 56 MHz |
1.75, 2.5, 3.5, 5, 7,13.75, 27.5, 55 MHz |
||||
| Channel duplex spacing | min. 58 MHz | 490, 530 MHz | min. 60 MHz | 1008, 1010, 1560 MHz | ||||
| Gross data rate | 1.4 – 360 Mbps | 1.4 – 360 Mbps | 4.9 – 360 Mbps | 2.5 – 360 Mbps | ||||
| FEC | LDPC | |||||||
| Speed / Sensitivity | ||||||||
| Modulation | 1.75 MHz | 56 MHz | 1.75 MHz | 56 MHz | 3.5 MHz | 56 MHz | 1.75 MHz | 55 MHz |
| QPSK_S 3 | 1.4 Mbps / -103 dBm |
– | 1.4 Mbps / -102 dBm |
– | – | – | – | – |
| QPSK | 2.5 Mbps / -100 dBm |
73 Mbps / -86 dBm |
2.5 Mbps / -99 dBm |
73 Mbps / -87 dBm |
4.9 Mbps / -97/-96dBm |
73 Mbps / -87/-86dBm |
2.5 Mbps / -97 dBm |
73 Mbps / -84 dBm |
| 16 QAM | 5.0 Mbps / -92 dBm |
160 Mbps / -79 dBm |
5.0 Mbps / -93 dBm |
160 Mbps / -80 dBm |
9.6 Mbps / -90/-89dBm |
160 Mbps / -80/-79dBm |
5.0 Mbps / -91 dBm |
160 Mbps / -75 dBm |
| 32 QAM | 6.3 Mbps / -88 dBm |
203 Mbps / -75 dBm |
6.3 Mbps / -89 dBm |
203 Mbps / -76 dBm |
12 Mbps / -87/-86dBm |
203 Mbps / -76/-75dBm |
6.3 Mbps / -88 dBm |
203 Mbps / -72.5 dBm |
| 64 QAM | 7.4 Mbps / -87 dBm |
257 Mbps / -72 dBm |
7.4 Mbps / -88 dBm |
257 Mbps / -73 dBm |
14 Mbps / -84/-83dBm |
257 Mbps / -73/-72dBm |
7.4 Mbps / -85 dBm |
257 Mbps / -70 dBm |
| 128 QAM | 8.9 Mbps / -84 dBm |
304 Mbps / -68 dBm |
8.9 Mbps / -84 dBm |
304 Mbps / -69 dBm |
17 Mbps / -83/-79dBm |
304 Mbps / -69/-68dBm |
8.9 Mbps / -82.5 dBm |
304 Mbps / -67 dBm |
| 256 QAM | – | 338 Mbps / -66 dBm |
– | 338 Mbps / -67 dBm |
20 Mbps / -81/-77dBm |
338 Mbps / -66/-65dBm |
– | 338 Mbps / -64 dBm |
| 256 QAM_TO 4 | – | 359 Mbps / -63 dBm |
– | 359 Mbps / -64 dBm |
– | 359 Mbps / -64/-63dBm |
– | 359 Mbps / -63 dBm |
| ACM | Hitless | |||||||
| RF Output power | -10 to +13 dBm | -15 to +24 dBm | -25 to +5 dBm / -30 to +10 dBm (-30 to -15 dBm 5) |
-10 to +24 dBm | ||||
| ATPC | Yes | |||||||
| Latency (RFC 2544) | 81 μs (64 B / 358 Mbps), 234 μs (1518 B / 358 Mbps) | |||||||
| Electrical | ||||||||
| Primary power | PoE active 40 – 60 VDC, IEEE 802.3at; DC 20 – 60 VDC; floating | |||||||
| Power consumption | 21 W | 21 – 29 W | 21 / 23 W | 21 – 28 W | ||||
| Interfaces | ||||||||
| Ethernet | 1x 10/100/1000 Base-T Auto MDI/MDIX / RJ45 | |||||||
| SFP | 1× 1000Base-SX / 1000Base-LX (power max. 1.25 W) | |||||||
| USB | USB 2.0 / Host A | |||||||
| RSS voltage | Two contact sockets | |||||||
| Indication LED | AIR, SYS, ETH | |||||||
| Environmental | ||||||||
| IP Code (Ingress Protection) |
IP66 | |||||||
| MTBF | > 750.000 hours (> 85 years) | |||||||
| Operating temperature | -30 to + 55°C (ETSI EN 300019-1-4, class 4.1.) | |||||||
| Operating humidity | 5 to 95% non-condensing | |||||||
| Surge immunity | 1 kV acc. EN 61000-4-5 | |||||||
| ESD resistance | 4 kV acc. EN 61000-4-2 | |||||||
| Mechanical | ||||||||
| Casing | Rugged die-cast aluminium | |||||||
| Size | 157 H x 244 W x 244 D mm (6.2 x 9.6 x 9.6 in) | |||||||
| Weight | 2.8 kg (6.1 lbs) | 2.8 kg (6.1 lbs) | 2.5 kg (5.5 lbs) | 2.7 kg (5.9 lbs) | ||||
| Mounting | FOD, direct mounting to antenna | |||||||
| Diagnostic | ||||||||
| Real time monitoring | RSS, MSE, BER | |||||||
| Diagnostic tools | Spectrum analyzer, Pinger, Constellation diagram | |||||||
| History charts | Temperature, Power voltage, RSS, MSE, BER, Data rate, RF Output power | |||||||
| Statistics | RMON counters for all interfaces | |||||||
| Antenna alignment | RSS voltage, RAy Tools, web | |||||||
| SNMP | v2c including configurable TRAPs | |||||||
| Security | ||||||||
| Management | HTTP, HTTPS, SSH, Telnet, RAyTools App | |||||||
| Access accounts | 3 levels (Guest, Admin, Super) | |||||||
| Standards | ||||||||
| Aprovals | 10 GHz CE (RED), RoHS 11 GHz CE (RED), RoHS, FCC 17 GHz CE (RED), RoHS 18 GHz CE (RED), RoHS, FCC 24 GHz CE (RED), RoHS, FCC |
|||||||
Technical parameters are subject to change without prior notification.
(3) Stability optimized (stronger) FEC
(4) Throughput optimized (weaker) FEC
(5) RF Output power -30 to -15 dBm (RAy2-24R)
| Radio parameters | RAy3 | ||
| Frequency range | 17.10 – 17.30 GHz; 24.00 – 24.25 GHz | ||
| Channel spacing | 3.5, 5, 7, 10, 14, 20, 28, 40, 56, 80, 100, 112 MHz | ||
| Channel duplex spacing | Flexible, min.18 MHz between channel edges | ||
| Gross data rate | 2.7 – 1002 Mbps | ||
| FEC | LDPC, RS | ||
| Data speed / Sensitivity – detail | |||
| Modulation | 3.5 MHz | 56 MHz | 112 MHz |
| QPSK_S(6) | 2.7 Mbps / -99.0 dBm | 48 Mbps / -88.0 dBm | 97 Mbps / -85.0 dBm |
| QPSK | 5.0 Mbps / -94.5 dBm | 81 Mbps / -84.5 dBm | 161 Mbps / -81.5 dBm |
| 16 QAM | 9.5 Mbps / -88.5 dBm | 168 Mbps / -77.5 dBm | 334 Mbps / -74.5 dBm |
| 32 QAM | 11 Mbps / -85.0 dBm | 213 Mbps / -73.5 dBm | 426 Mbps / -70.5 dBm |
| 64 QAM | 15 Mbps / -82.0 dBm | 267 Mbps / -70.5 dBm | 536 Mbps / -67.5 dBm |
| 128 QAM | 17 Mbps / -79.0 dBm | 319 Mbps / -67.5 dBm | 636 Mbps / -64.5 dBm |
| 256 QAM | 19 Mbps / -76.0 dBm | 366 Mbps / -64.5 dBm | 730 Mbps / -61.5 dBm |
| 512 QAM | 22 Mbps / -73.0 dBm | 413 Mbps / -61.5 dBm | 823 Mbps / -58.5 dBm |
| 1024 QAM | 23 Mbps / -69.5 dBm | 459 Mbps / -58.5 dBm | 918 Mbps / -55.5 dBm |
| 2048 QAM (7 – 112 MHz) | – | 501 Mbps / -55.5 dBm | 1002 Mbps / -52.5 dBm |
| 4096 QAM (14 – 56 MHz) | – | 540 Mbps / -52.5 dBm | – |
| ACM | Hitless | ||
| RF Output power | -30 to +10 dBm | ||
| ATPC | Yes | ||
| MTU | 10240 bytes | ||
| Latency (RFC 2544) | 268 µs (64B/366 Mbps); 313 µs (1518 B/366 Mbps) 173 µs (64B/1002 Mbps); 198 µs (1518 B/1002 Mbps) |
||
| Synchronization | Synchronous Ethernet; 1588v2 transparent clock | ||
| Electrical | |||
| Primary power | PoE active 37 – 60 VDC, IEEE 802.3at; PoE passive 20 – 60 VDC; DC 20 – 60 VDC; floating | ||
| Power consumption | typ. 22.5 W (w/o SFP) | ||
| Interfaces | |||
| Ethernet | 1× 10/100/1000 Base-T Auto MDI/MDIX / RJ45 | ||
| SFP | 1× 10/100/1000 Base-T/1000Base-SX/1000Base-LX (power max. 1.25 W) | ||
| USB | USB 2.0 / Host A | ||
| RSS voltage | Two contact sockets | ||
| Indication LED | SYS | ||
| Environmental | |||
| IP Code (Ingress Protection) | IP66 | ||
| MTBF (Mean Time Between Failure) | > 750.000 hours (> 85 years) | ||
| Operating temperature | -30 to + 55°C (ETSI EN 300019-1-4, class 4.1.) | ||
| Operating humidity | 5 to 95% non-condensing | ||
| Surge immunity | 4 kV acc. EN 61000-4-5 | ||
| ESD resistance | 8 kV acc. EN 61000-4-2 | ||
| Mechanical | |||
| Casing | Rugged die-cast aluminium | ||
| Size | 160 H x 245 W x 245 D mm (6.3 x 9.6 x 9.6 in) | ||
| Weight | 2.6 kg (5.7 lbs) | ||
| Mounting | FOD, direct mounting to antenna | ||
| Diagnostic | |||
| Real time monitoring | RSS, MSE, BER | ||
| Diagnostic tools | Spectrum analyzer, Pinger, Constellation diagram | ||
| History charts | Temperature, Power voltage, RSS, MSE, BER, Data rate, RF Output power | ||
| Statistics | RMON counters for all interfaces | ||
| Antenna alignment | RSS voltage, RAy Tools, web | ||
| SNMP | v2c including configurable TRAPs | ||
| Security | |||
| Management | HTTP, HTTPS, SSH, Telnet, RAyTools App | ||
| Access accounts | 3 levels (Guest, Admin, Super) | ||
| Encryption | AES256, 192, 128 | ||
| Standards | |||
| Approvals | 17 GHz CE (RED), RoHS 24 GHz CE (RED), FCC, RoHS |
||
Technical parameters are subject to change without prior notification.
(6) Stability optimized (stronger) FEC
RACOM is a primary producer and therefore does not provide delivery of all available accessories for its products. This list contains tested accessories which RACOM is able to deliver together with RAy units. Components are only held in limited quantities and the delivery date may therefore be affected by the need for subcontracting. If you require other accessories, please contact us or your supplier.
Jirous antennas
Jirous designed Class 3 antennas for direct mounting of RAy units.
- 10, 11 GHz:
- 0.4m, 29.5dBi, (Datasheet), Part No.: ANT-JRMC-400-10/11R
- 0.68m, 34.1dBi, (Datasheet), Part No.: ANT-JRMC-680-10/11R
- 0.9m, 37.0dBi, (Datasheet), Part No.: ANT-JRMC-900-10/11R
- 1.2m, 40.0dBi, (Datasheet), Part No.: ANT-JRMC-1200-10/11R
- 17, 18 GHz:
- 0.4m 34.6dBi, (Datasheet), Part No.: ANT-JRMC-400-17/18R
- 0.68m, 38.6dBi, (Datasheet), Part No.: ANT-JRMC-680-17/18R
- 0.9m, 41.4dBi, (Datasheet), Part No.: ANT-JRMC-900-17/18R
- 1.2m, 43,2 dBi, (Datasheet), Part No.: ANT-JRMC-1200-17/18R
- 24 GHz:
- 0.4m, 37.4dBi, (Datasheet), Part No.: ANT-JRMC-400-24R
- 0.68m, 42.0dBi, (Datasheet), Part No.: ANT-JRMC-680-24R
- 0.9m, 44.0dBi, (Datasheet), Part No.: ANT-JRMC-900-24R
- 1.2m, 46.0dBi, (Datasheet), Part No.: ANT-JRMC-1200-24R
- Wind struts
- Optional accessory
- For improved wind stability
- Recommended if the wind speed is higher than 50 m/s
- Fixed or adjustable
- 120 cm, fixed, Part No.: ANT-JRZ-1200-STRUT-F
- 120 cm, adjustable, Part No.: ANT-JRZ-1200-STRUT-A
LEAX-RAy antennas
Leax Arkivator Telecom designed LEAX-RAy Class 3 antennas specifically for direct mounting of RAy units.
- 10, 11 GHz:
- 17, 18 GHz:
- 24 GHz:
- Dual polarization extender
-
- Orthomode transducer
- Two units mounted to one antenna
- 1+1 (redundancy or two independent links) or 2+0 (double capacity) solutions
- Available for bands 10, 11 and 18 GHz and LEAX-RAy antennas
- Application note
- Part No’s: ANT-LEAX-RAy-OMT-10/11, ANT-LEAX-RAy-OMT-18
Antenna adapters
- Andrew, Arkivator, Alcoma, …
- Adapters for direct mounting to different antennas
- Different adapters for different frequency bands (10/11, 17/18, 24 GHz), different antenna sizes and different manufacturers
- Contact us for available types and details
- Manufactured by RACOM
- Flexible waveguide
- Flange for RAy mounting on the mast
- Flexible waveguide between RAy unit and antenna (not included)
- Any antenna from any manufacturer is mounted separately
- Contact us for available types and details
- Manufactured by RACOM
Active AC/PoE power supply
- 100 – 240 VAC
- 30 W
- 1 Gb Ethernet
- Galvanic isolation
- -40°C to +65°C
- Mode B (2 pairs)
- PoE IEEE802.3af/at standard
- Datasheet, Part No.: PWS-AC/PoE-ACT2
- Manufactured by Procet
Active DC/PoE power supply
- 36 – 72 VDC
- 33.6 W
- 1 Gb Ethernet
- Galvanic isolation
- -20°C to +50°C
- Mode A (2 pairs)
- PoE IEEE802.3at standard
- Datasheet DC, Part No.: PWS-DC/PoE-ACT
- Manufactured by Phihong
- DIN rail holder, Part No.: HOL-PWS-PHIHONG
- Manufactured by RACOM
Active DC/PoE power supply 2
- 2x 12 – 48 VDC (two inputs ideal for backup power)
- Solar power input ready
- 30 W
- 1 Gb Ethernet
- Galvanic isolation
- -40°C to +65°C
- Mode B (2 pairs)
- PoE IEEE802.3af/at standard
- Surge immunity 6 kV
- Metal casing
- Direct DIN rail mounting
- Datasheet, Part No.: PWS-DC/PoE-ACT2
- Manufactured by Procet
Passive PoE injector
- 8 – 56 VDC (min. 20 VDC on RAy3 or 40 VDC on RAy2 input required)
- Max. 1.4 A (with overcurrent protection)
- 1 Gb Ethernet
- Galvanic isolation
- -30°C to +60°C
- Mode A, B, A+B (2 or 4 pairs)
- Surge protection max 5 kA (total for 8 wires)
- Suitable for locations where DC power is already available
- Datasheet, Part No.: PWS-DC/PoE-PAS
- Manufactured by IMCO power
DC/RJ45 Power adapter
- For RAy3 (not needed for RAy2)
- DC power cable to be plugged directly to the RJ45 Ethernet/PoE input
- RJ45 to terminals adapter
- DC power is delivered through all 8 wires on RJ45
- Left DC terminal to RJ45 pins: 1,2,4,5; Right DC terminal to RJ45 pins: 3,6,7,8
- Datasheet, Part No.: OTH-DC/RJ45
- To mount on RAy3, Extended PG21 bushing is needed. It is a part of RAy3 accessory kit shipped with every unit or can be ordered separately, Part No.: SET-BUSH65
- Manufactured by RACOM
Cable grounding kit universal
- For grounding cables with 5 to 11 mm diameter
- Suitable for CAT5e and CAT6 cables
- Tin-plated copper mesh to be wrapped around the cable shield
- Further protection and sealing by silicone tape
- Suitable for foil shielding cables
- Datasheet, Part No.: GND-CAB-UNI
- Manufactured by Fimo
Ethernet connectors
Cat5e, Cat6
- RJ45
- AWG24
- Part of Accessory kit shipped with every RAy unit, Part No‘s.: RAy2-ACS, RAy3-ACS
- Part No.: CON-RJ45-CAT6
- Manufactured by Ubiquity
Cat7
- High-tech RJ45
- AWG24-22
- Suitable for Cat5e, Cat6, Cat6a, Cat7
- Datasheet, Part No.: CON-RJ45-CAT7
- To mount on RAy, Extended PG21 bushing is needed. It is a part of RAy accessory kit shipped with every unit or can be ordered separately, Part No.: SET-BUSH65
- Manufactured by Telegärtner
Fibre optic cables
The correct type of fiber optic cable and connector depends on the SFP module you are using. All common types are supported.
Fibre Hybrid Patch cord
- Special cable developed for RAy
- Fibre plus DC within one cable
- Long splitting of DC and Fibre parts on the end allows the use of two different input bushings on RAy for DC and Fiber part connection
- DC part: 2×1.5 mm²
- Fibre part: Two fibres, Single mode
- Connectors: DC: Ferrules – Ferrules, Fibre: LC – LC,
- Lengths: 15 meters
- Datasheet, Part No.: CAB-2F-DC-15m
- Manufactured by OFA
- OFA is ready to deliver any length of this cable or any other type of any fiber patch cord or pigtail cables on request
DC power cable
- 2x 1.5 mm²
- Silicone rubber
- -55 to +180°C
- Datasheet, Part No.: CAB-DC-2x 1.5
- Manufactured by ProPS
Cable bushing extensions
Extended Bushing set
- Extended Cable bushing PG21 (65 mm) is needed when standard bushing is not long enough to cover e.g. DC power adapter or RJ45 Telegärtner connector
- Extended Cable bushing PG21 (65 mm), 1 pc
- Cable nut PG21, 1 pc
- O-ring, 1 pc
- Rubber sealing for cable bushing, small, 1 pc
- Rubber sealing for cable bushing, medium, 1 pc
- Rubber sealing for cable bushing, big, 1 pc
- This bushing is part of RAy accessory kit shipped with every unit however it can be ordered separately, Part No.: SET-BUSH65
- Manufactured by RACOM
Flexi 500 mm
- PG21 bushing extension
- 500 mm long
- Made from polyamid, i.e. it can be cut
- Datasheet, Part No.: OTH-BUSH-EXT500
- Manufactured by Interflex
- For service and management access to the web interface via USB connector
- RAy provides built-in DHCP server (up to 5 leases)
- Direct easy access from connected device to RAy management and RAy Antenna Alignment without any reconfiguration
- To avoid FW compatibility issues it is necessary to order these adapters from RACOM
Wifi adapter
- Included with every RAy3 unit; to be ordered separately for RAy2
- To be used also for RAy Tools Mobile App
- Datasheet, Part No.: OTH-USB/WIFI-W2
- Manufactured by Ogemray
USB/ETH adapter
- To be ordered separately
- Datasheet, Part No.: OTH-USB/ETH-XA
- Manufactured by Axagon
All common types of SFP modules are supported. There are two basic tested modules which RACOM can deliver together with RAy units. If you require anything else, please contact us or your supplier.
SFP module Fibre
- Two fibres
- Single mode
- LC connector
- 20 km
- -40°C to +85°C
- Datasheet, Part No.: SFP-2F-1G-EDGE
- Manufactured by EDGE Technologies
SFP module Ethernet
- Metallic 1 Gb Ethernet
- IEEE 802.3
- RJ45 connector
- -40°C to +85°C
- Datasheet, Part No.: SFP-RJ45-1G-AVAGO
- To mount on RAy, Extended PG21 bushing is needed. It is a part of RAy accessory kit shipped with every unit or can be ordered separately, Part No.: SET-BUSH65
- Manufactured by Avago
RAy2 accessory kit shipped with every unit
- Cable bushing PG21 (30 mm), 3 pcs
- Extended Cable bushing PG21 (65 mm), 1 pc
- Cable nut PG21, 3 pcs
- O-ring, 3 pcs
- Port cover, 2 pcs
- Rubber sealing for cable bushing, small, 2 pcs
- Rubber sealing for cable bushing, medium, 3 pcs
- Rubber sealing for cable bushing, big, 2 pcs
- Ethernet connector RJ-45, Part No.: CON-RJ45-CAT6, 1 pc
- DC power connector plug, Part No.: CON-RAy2-DC-PWR, 1 pc
- DC power connector jumper, 1 pc
- Tie wrap, 1 pc
- Silicon grease when 2 units ordered
- Part No.: ACS-RAy2
RAy3 accessory kit shipped with every unit
- Cable bushing PG21 (30 mm), 2 pcs
- Extended Cable bushing PG21 (65 mm), 1 pc
- Cable nut PG21, 2 pcs
- O-ring, 2 pcs
- Port cover, 1 pc
- Rubber sealing for cable bushing, small, 2 pcs
- Rubber sealing for cable bushing, medium, 2 pcs
- Rubber sealing for cable bushing, big, 2 pcs
- Ethernet connector RJ-45, Part No.: CON-RJ45-CAT6, 1 pc
- Silicon grease when 2 units ordered
- Part No.: ACS-RAy3
| Link type | ||||||||||||||||
| Microwave link type. | ||||||||||||||||
| Frequency [GHz] | ||||||||||||||||
| Frequency used for calculation. | ||||||||||||||||
| Channel spacing [MHz] | For asymmetric channel configuration, please enter the wider channel. | |||||||||||||||
| Options supported by the link. | ||||||||||||||||
| Modulation | ||||||||||||||||
| Modulations supported by the link based on chosen channel spacing. | ||||||||||||||||
| Coding | ||||||||||||||||
| Coding strength (high for higher sensitivity, low for higher speed). | ||||||||||||||||
| Sensitivity [dBm] | ||||||||||||||||
| The guaranteed sensitivity for a BER of 10-6 for the chosen channel spacing and modulation. | ||||||||||||||||
| Tx power [dBm] | ||||||||||||||||
|
Range for RAy 10 is from -10 to +10 dBm.
Ranges for RAy2 10:
from -10 to +8 dBm with 256QAM from -10 to +9 dBm with 128QAM from -10 to +10 dBm with 64QAM from -10 to +11 dBm with 32QAM from -10 to +11 dBm with 16QAM from -10 to +13 dBm with QPSK Ranges for RAy 11:
from -5 to +17 dBm with 256QAM from -5 to +18 dBm with 128QAM from -5 to +18 dBm with 64QAM from -5 to +19 dBm with 32QAM from -5 to +20 dBm with 16QAM from -5 to +23 dBm with QPSK Ranges for RAy2 11:
from -15 to +19 dBm with 256QAM from -15 to +20 dBm with 128QAM from -15 to +21 dBm with 64QAM from -15 to +22 dBm with 32QAM from -15 to +22 dBm with 16QAM from -15 to +24 dBm with QPSK Range for RAy 17 is from -25 to +5 dBm.
Range for RAy2 17 is from -25 to +5 dBm.
Range for RAy3 17 is from -30 to +10 dBm.
Ranges for RAy2 18:
from -10 to +19 dBm with 256QAM from -10 to +20 dBm with 128QAM from -10 to +21 dBm with 64QAM from -10 to +22 dBm with 32QAM from -10 to +23 dBm with 16QAM from -10 to +24 dBm with QPSK Range for RAy 24 is from -30 to +10 dBm.
Range for RAy2 24 is from -30 to +10 dBm.
Range for RAy3 24 is from -30 to +10 dBm.
| ||||||||||||||||
| Antenna type | ||||||||||||||||
| Only antennas supplied by RACOM are listed. 3rd party antennas not supplied through RACOM can be assigned, based on matching gain or by using the “other” setting and manually assigning the gain. | ||||||||||||||||
| Antenna gain [dBi] | ||||||||||||||||
| Antenna gain at the centre of the frequency band. | ||||||||||||||||
| Antenna height [m] | ||||||||||||||||
| Antenna height above ground. | ||||||||||||||||
| Site name |  |  | ||||||||||||||
| For improved orientation. | ||||||||||||||||
| Calculation type | ||||||||||||||||
| Link availability can be calculated with known GPS coordinates. Without these only RSS and fade margin is calculable. | ||||||||||||||||
| Site latitude [°] | ||||||||||||||||
| Geographic latitude (from -90° to +90°). You can use map to select points. | ||||||||||||||||
| Site longitude [°] | ||||||||||||||||
| Geographic longitude (from -180° to +180°). You can use map to select points. | ||||||||||||||||
| Distance [km] | ||||||||||||||||
| The distance between the end points of the link. The end points must be in line of sight with a sufficient margin for the Fresnel zone.
The calculation for RAy 10 is possible for the distances from 0.05 to 75 km.
The calculation for RAy 11 is possible for the distances from 0.05 to 120 km.
The calculation for RAy 17 is possible for the distances from 0.02 to 50 km.
The calculation for RAy 18 is possible for the distances from 0.02 to 50 km.
The calculation for RAy 24 is possible for the distances from 0.02 to 30 km.
| ||||||||||||||||
| Find on map | Find | |||||||||||||||
| Recalculate | ||||||||||||||||
| Recalculate with New Parameters Link Calculation Theory here | ||||||||||||||||
Terrain | ||||||||||||||||
Link Parameters - fixed modulation | ||||||||||||||||
| Type | ||||||||||||||||
| Selected link type. | ||||||||||||||||
| Frequency [GHz] | ||||||||||||||||
| Frequency used for calculation. | ||||||||||||||||
| Modulation | ||||||||||||||||
| Selected modulation. | ||||||||||||||||
| Throughput [Mbps] | For asymmetric channel configuration, the other direction will have different Throughput. | |||||||||||||||
| Calculated average transmission speed on ETH – layer1. Based on the relationship between transmission rate and packet size, short packets offer higher speeds and large packets slightly lower speeds. | ||||||||||||||||
| Tx power [dBm] | ||||||||||||||||
| Given Tx power | ||||||||||||||||
| Free space lost [dB] | ||||||||||||||||
| FSL is the loss in signal strength between two line of sight points through free space, with no nearby obstacles creating reflection or diffraction. | ||||||||||||||||
| 1st Fresnel zone radius [m] | ||||||||||||||||
| The Fresnel zone defines a space free of obstacles so no attenuation or distortion of the radio signal can occur. This calculation defines a radius of the first Fresnel zone, which has the essential influence for signal propagation. | ||||||||||||||||
| Path length [km] | ||||||||||||||||
| Given or calculated distance between sites. | ||||||||||||||||
| Longitude [°] | ||||||||||||||||
| Measured as the angle east or west from the Prime Meridian, ranging from +180° eastward to −180° westward. | ||||||||||||||||
| Latitude [°] | ||||||||||||||||
| The latitude of the places measured as the angle north or south from the Equator. | ||||||||||||||||
| Azimuth [°] | ||||||||||||||||
| Calculated path azimuth | ||||||||||||||||
| Altitude [m] | ||||||||||||||||
| Calculated height ASL for given points. | ||||||||||||||||
| Antenna height [m] | ||||||||||||||||
| Given antenna height. | ||||||||||||||||
| Antenna | ||||||||||||||||
| Selected antenna type and its gain. | ||||||||||||||||
| Antenna Part Number | ||||||||||||||||
| Part number for selected antenna. | ||||||||||||||||
| EIRP [dBm] | ||||||||||||||||
| EIRP (equivalent isotropically radiated power) stands for the power radiated from the antenna. The radiated power is limited when operating in ISM bands.
The allowed EIRP in the 17.1 – 17.3GHz ISM band (RAy 17) is +20 dBm.
The allowed EIRP in the 24 - 24.25GHz ISM band (RAy 24) is +20 dBm.
| ||||||||||||||||
| RSS [dBm] | ||||||||||||||||
| RSS (Received Signal Strength). Theoretical maximum received signal strength (transmission through a vacuum) | ||||||||||||||||
| RSS voltage output [V] | ||||||||||||||||
| This is important for the antenna alignment. RSS is converted to a voltage that is measurable at the unit's RSS voltage output connector. | ||||||||||||||||
| Sensitivity [dBm] | ||||||||||||||||
| The guaranteed sensitivity for a BER of 10-6 for the chosen channel spacing and modulation (and coding in case of RAy 10). | ||||||||||||||||
| Fade margin [dB] | ||||||||||||||||
| The difference between the sensitivity and the RSS value | ||||||||||||||||
| Link availability (rainfall) [%] | ||||||||||||||||
| Link availability (multipath) [%] | ||||||||||||||||
| Total link availability [%] | ||||||||||||||||
|
Link availability (rainfall): Prediction methods based on recorded annual precipitation (ITU-R P.530-15, ITU-R P.837-6, ITU-R P.838-3) Link availability (multipath): Prediction methods based on annual atmospheric records (ITU-R P.530-15, ITU-R P.453-10) Total link availability: Link availability (rainfall) + 2x link availability (multipath) | ||||||||||||||||
Link Parameters - ACM enabled | ||||||||||||||||
| ||||||||||||||||
| ||||||||||||||||
Calculation accurracy | ||||||||||||||||
| Racom s.r.o. provides these calculations to assist in your purchasing decisions; illustrating the capabilities of RAy microwave links. Calculations in the model are based on the dataset supplied by Google. Link availability indicators have been calculated using current ITU-R P.530-15 for rain attenuation and multipath fading only. Other losses are ignored. If there is not clear Fresnel zone the calculation results may not be correct. | ||||||||||||||||
| It is necessary to know the GPS coordinates of the end points and the antenna heights above the ground for availability calculation. | ||||||||||||||||
JavaScript must be enabled.
| RAy | |||
| Product overview | ray-product-overview.pdf | 1 521 kB | 2019/08/20 |
| Datasheet RAy - A4 - ver.3.3 | ray-dsA4-en.pdf | 2 214 kB | 2019/10/22 |
| Datasheet RAy - A3 - ver.3.3 | ray-dsA3-en.pdf | 1 947 kB | 2019/10/22 |
| Datasheet RAy - A4 - ver.3.3 - En español | ray-dsA4-es.pdf | 2 199 kB | 2020/05/29 |
| Datasheet RAy - A4 - ver.3.3 - Francais | ray-dsA4-fr.pdf | 523 kB | 2019/12/16 |
| Брошюра RAy - A4 - ver.3.3 - По-русски | ray-dsA4-ru.pdf | 2 226 kB | 2020/05/27 |
| User manual RAy2 | ray2-man-en.pdf | 13 731 kB | 2019/06/25 |
| User manual RAy3 | ray3-man-en.pdf | 10 365 kB | 2020/06/22 |
| Channel arrangements RAy2 | ray2-tab-en.pdf | 4 509 kB | 2018/10/04 |
| Info sheets | |||
| Efficient Spectrum Use | ray-spectrum-is.pdf | 2 740 kB | 2020/05/23 |
| Resisting Interference | ray-resisting-interference-is.pdf | 1 853 kB | 2016/11/02 |
| Application notes | |||
| Overview | ray-app-en.pdf | 237 kB | 2019/09/13 |
| Dual-RAy & OMT | ray-app-omt-en.pdf | 1 177 kB | 2019/11/15 |
| Link Availability | ray-app-linkav-en.pdf | 790 kB | 2017/12/29 |
| NMS - Zabbix RAy2 | ray2-app-nms-en.pdf | 2 527 kB | 2019/12/05 |
| NMS - Zabbix RAy3 | ray3-app-nms-en.pdf | 3 888 kB | 2019/12/05 |
| RAy Link calculation | ray-app-linkcalc-en.pdf | 1 188 kB | 2018/07/12 |
| SNMP RAy2 | ray2-app-snmp-en.pdf | 1 756 kB | 2019/12/05 |
| SNMP RAy3 | ray3-app-snmp-en.pdf | 1 712 kB | 2019/12/05 |
| Switch Block Diagram RAy2 | ray2-app-swidia-en.pdf | 798 kB | 2017/12/29 |
| Switch Settings Examples RAy2 | ray2-app-swiset-en.pdf | 1 113 kB | 2017/12/29 |
| Case studies | |||
| Traffic monitoring, Camea, Czech Republic | case-study-ray.pdf | 1 725 kB | 2018/08/07 |
| Press releases | |||
| Press release Leax | ray-pr-leax-en.pdf | 263 kB | 2017/05/12 |
| Press release O2 tender | ray-pr-o2-en.pdf | 141 kB | 2014/09/17 |
| Firmware - RAy2 | |||
| Firmware | ray2-fw-2.2.5.0.cpio | 15 890 kB | 2019/10/15 |
| Firmware Release notes | ray2-fw-rn-en.pdf | 89 kB | 2019/10/24 |
| MIB table | ray2-mib.mib | 34 kB | 2019/05/31 |
| Zabbix 4.0.x templates (ver. 6) for RAy2 FW 2.2.5.0 | ray2-zabbix-6.zip | 27 kB | 2019/11/18 |
| Firmware - RAy3 | |||
| Firmware | ray3-fw-1.0.22.0.cpio | 23 149 kB | 2020/06/18 |
| Firmware Release notes | ray3-fw-rn-en.pdf | 79 kB | 2020/06/18 |
| MIB table | ray3-mib.mib | 21 kB | 2019/10/25 |
| Zabbix 4.0.x templates (ver. 3) for RAy3 FW 1.0.16+.0 | ray3-zabbix-3.zip | 27 kB | 2019/11/18 |
| RAy Tools | |||
| RAy Tools Release notes | ray-tools-rn-en.pdf | 41 kB | 2020/08/12 |
| Antennas Jirous | |||
| Antenna 0.4m, 10/11GHz, 29.5dBi, with holder, Class3, Jirous | ANT-JRMC-400-10-11R.pdf | 716 kB | 2020/02/14 |
| Antenna 0.4m, 17/18GHz, 34.6dBi, with holder, Class3, Jirous | ANT-JRMC-400-17-18R.pdf | 758 kB | 2020/02/14 |
| Antenna 0.4m, 24GHz, 37.4dBi, with holder, Class3, Jirous | ANT-JRMC-400-24R.pdf | 757 kB | 2020/02/14 |
| Antenna 0.68m, 10/11GHz, 34.1dBi, with holder, Class3, Jirous | ANT-JRMC-680-10-11R.pdf | 545 kB | 2020/02/14 |
| Antenna 0.68m, 17/18GHz, 38.6dBi, with holder, Class3, Jirous | ANT-JRMC-680-17-18R.pdf | 642 kB | 2020/02/14 |
| Antenna 0.68m, 24GHz, 42.0dBi, with holder, Class3, Jirous | ANT-JRMC-680-24R.pdf | 612 kB | 2020/02/14 |
| Antenna 0.9m, 10/11GHz, 37.0dBi, with holder, Class3, Jirous | ANT-JRMC-900-10-11R.pdf | 609 kB | 2020/02/14 |
| Antenna 0.9m, 17/18GHz, 41.4dBi, with holder, Class3, Jirous | ANT-JRMC-900-17-18R.pdf | 603 kB | 2020/02/14 |
| Antenna 0.9m, 24GHz, 44.0dBi, with holder, Class3, Jirous | ANT-JRMC-900-24R.pdf | 599 kB | 2020/02/14 |
| Antenna 1.2m, 10/11GHz, 40.0dBi, with holder, Class3, Jirous | ANT-JRMC-1200-10-11R.pdf | 1 021 kB | 2020/02/14 |
| Antenna 1.2m, 17/18GHz, 43.2dBi, with holder, Class3, Jirous | ANT-JRMC-1200-17-18R.pdf | 925 kB | 2020/07/29 |
| Antenna 1.2m, 24GHz, 46.0dBi, with holder, Class3, Jirous | ANT-JRMC-1200-24R.pdf | 913 kB | 2020/02/14 |
| Antennas Jirous - installation instructions | ANT-JRM-inst.pdf | 1 935 kB | 2017/10/18 |
| Antennas LEAX-RAy | |||
| Antenna 0.3m 10/11GHz 30.1dBi with holder Class2 Leax | ANT-LEAX-RAy-300-10-11.pdf | 286 kB | 2019/03/14 |
| Antenna 0.3m 17/18GHz 34.7dBi with holder Class3 Leax | ANT-LEAX-RAy-300-17-18.pdf | 286 kB | 2019/03/14 |
| Antenna 0.3m 24GHz 36.9dBi with holder Class3 Leax | ANT-LEAX-RAy-300-24.pdf | 286 kB | 2019/03/14 |
| Antenna 0.6m 10/11GHz 35.2dBi with holder Class3 Leax | ANT-LEAX-RAy-600-10-11.pdf | 324 kB | 2019/03/14 |
| Antenna 0.6m 17/18GHz 39.7dBi with holder Class3 Leax | ANT-LEAX-RAy-600-17-18.pdf | 324 kB | 2019/03/14 |
| Antenna 0.6m 24GHz 42.0dBi with holder Class3 Leax | ANT-LEAX-RAy-600-24.pdf | 324 kB | 2019/03/14 |
| Antenna 0.9m 10/11GHz 38.5dBi with holder Class3 Leax | ANT-LEAX-RAy-900-10-11.pdf | 301 kB | 2019/03/14 |
| Antenna 0.9m 17/18GHz 43.5dBi with holder Class3 Leax | ANT-LEAX-RAy-900-17-18.pdf | 301 kB | 2019/03/14 |
| Antenna 0.9m 24GHz 45.4dBi with holder Class3 Leax | ANT-LEAX-RAy-900-24.pdf | 301 kB | 2019/03/14 |
| Antenna 1.2m 10/11GHz 41.0dBi with holder Class3 Leax | ANT-LEAX-RAy-1200-10-11.pdf | 263 kB | 2019/03/14 |
| Antenna 1.2m 17/18GHz 45.2dBi with holder Class3 Leax | ANT-LEAX-RAy-1200-17-18.pdf | 263 kB | 2019/03/14 |
| Antenna 1.2m 24GHz 47.9dBi with holder Class3 Leax | ANT-LEAX-RAy-1200-24.pdf | 263 kB | 2019/03/14 |
| Antenna 0.3m - installation instruction | ANT-LEAX-300-inst.pdf | 759 kB | 2017/09/05 |
| Antenna 0.6m - installation instruction | ANT-LEAX-600-inst.pdf | 932 kB | 2017/09/05 |
| Antenna 0.9m - installation instruction | ANT-LEAX-900-inst.pdf | 972 kB | 2017/09/05 |
| Antenna 1.2m - installation instruction | ANT-LEAX-1200-inst.pdf | 1 324 kB | 2017/09/05 |
| Side strut 0.9/1.2m - installation instruction | SET-LEAX-900-strut-inst.pdf | 825 kB | 2017/04/06 |
| Side strut extra 1.2m - installation instruction | SET-LEAX-1200-strut-inst.pdf | 905 kB | 2017/04/06 |
| LEAX-RAy interface single - installation instruction | ANT-LEAX-RAy-single-inst.pdf | 318 kB | 2017/09/26 |
| LEAX-RAy interface dual - installation instruction | ANT-LEAX-RAy-dual-inst.pdf | 520 kB | 2017/09/26 |
| Accessories | |||
| Powering | |||
| Power supply Active PoE, 36-72VDC/33W/1Gb, Phihong | PWS-DC_PoE-ACT.pdf | 306 kB | 2011/06/17 |
| Power supply Active PoE,100-240VAC/30W/1Gb, Procet | PWS-AC_PoE-ACT2.pdf | 430 kB | 2020/05/29 |
| Power supply Actvive DC/PoE, 2x12-48VDC/30W/1Gb, Procet | PWS-DC_PoE-ACT2.pdf | 457 kB | 2020/08/05 |
| Power supply Passive PoE injector, 8-56VDC/1.4A/1Gb, IMCO Power | PWS-DC_PoE-PAS.pdf | 234 kB | 2020/08/10 |
| Power supply Passive PoE injector, 8-56VDC/1.4A/1Gb, ODU, IMCO Power | PWS-DC_PoE-PAS-ODU.pdf | 440 kB | 2019/11/08 |
| DC Power adapter, Terminals to RJ45, RAy3 | OTH-DC-RJ45.pdf | 1 651 kB | 2019/09/24 |
| Grounding | |||
| Grounding kit for Cat7 cable, Quesy | GND-CAT7.pdf | 212 kB | 2011/10/10 |
| Grounding kit for mast, RAy | GND-RAy.pdf | 546 kB | 2010/01/06 |
| Grounding kit universal for cables 5-11mm, FIMO | GND-CAB-UNI.pdf | 287 kB | 2018/05/29 |
| Surge protections | |||
| Surge protection 1Gb Eth, PoE transparent, LPZ0B-LPZ1, Saltek | SURGE-ETH.pdf | 189 kB | 2018/04/24 |
| Surge protection DC 24V, LPZ1-LPZ2, Saltek | SURGE-DC.pdf | 145 kB | 2016/11/30 |
| Cables & connectors | |||
| Cable Cat5e, outdoor, FTP, 4x(2x24AWG), price per 1m, Teldor | CAB-CAT5e.pdf | 272 kB | 2014/07/22 |
| Cable Cat7, outdoor, S/FTP, 4x(2x23AWG)+2x(2x24AWG), price per za 1m, Pewtronic | CAB-CAT7.pdf | 131 kB | 2010/01/15 |
| Cable for DC power, 2x1.5mm, Silicon, price for 1m, ProPS | CAB-DC-2x1.pdf | 1 532 kB | 2014/07/22 |
| Connector RJ45, Cat7,Cat6a,Cat5e, AWG24-22, Telegärtner | CON-RJ45-CAT7.pdf | 1 977 kB | 2014/09/17 |
| Extension of the PG21 bushing, flexi, polyamide, 500 mm, Interflex | OTH-BUSH-EXT500.pdf | 1 839 kB | 2015/03/05 |
| Fibre hybrid patch cord, DC+2 fibres, SM, LC/LC, OFA | CAB-2F-DC.pdf | 385 kB | 2015/03/25 |
| Fibre patch cord, 2 or 1 fibres, SM, LC/LC/openend, OFA | CAB-2F-1F.pdf | 838 kB | 2019/09/05 |
| USB adapters | |||
| Adapter ETH/USB, Axagon | OTH-USB_ETH-XA.pdf | 325 kB | 2018/12/05 |
| Adapter USB/Wifi for RAy and RipEX2, Ogemray | OTH-USB_WIFI-W2.pdf | 219 kB | 2018/12/10 |
| SFP interface | |||
| SFP module, 1 Gb Ethernet, RJ45, Avago | SFP-RJ45-1G-AVAGO.pdf | 640 kB | 2014/09/11 |
| SFP module, 2 fibres, SM, LC, 20 km, EDGE | SFP-2F-1G-EDGE.pdf | 477 kB | 2019/11/08 |
| SFP module, 2 fibres, SM, LC, 10 km, APAC Opto | SFP-2F-1G-APAC.pdf | 143 kB | 2014/07/17 |
| Archive - RAy1 | |||
| RAy1 - 10 GHz - User Manual | RAy10_man_en.pdf | 6 747 kB | 2017/09/12 |
| RAy1 - 11,17,24 GHz - User Manual | RAy_man_en.pdf | 8 599 kB | 2018/08/22 |
| RAy1 - Application notes | RAy-AppNote-en.pdf | 918 kB | 2014/09/12 |
| RAy1 - Datasheet A3 | datasheet_RAY_en.pdf | 951 kB | 2014/07/29 |
| RAy1 - SCADA Backbone | leaflet_RAY_scada_en.pdf | 1 039 kB | 2013/11/28 |
