Key per second

Author: n | 2025-04-24

★★★★☆ (4.3 / 3161 reviews)

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A multiplatform keys per seconds counter It currently displays: The total number of keypresses; Current keys per second; The average keys per second; The maxime keys per second;

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CLnxn/keys-per-second-tracker: keys-per-second app for

Licensing​NetObserv Flow is available in four license tiers. The license tier determined a number of collector attributes, including the volume of flow records the collector can process (flow records per second), as well as which information elements (IEs) are supported.FeaturesCommunityBasicStandardPremiumIElimitedsinglemultimultiIPFIX8345048354835Netflow15251916131613sFlow187206939939AWS VPC Flow Logs37373737Azure Flow Logs24242424noteThe Community license is limited to 500 flow records/second.noteThe flow records per second limit for the Community and Basic license applies to the person or entity accepting the license. It does not allow for running multiple instances.infoThe flow records per second available with a Standard or Premium license is determined by the license key. This volume may be split between multiple instances of the collector, as long as the total volume does not exceed the flow records per second allowed by the license.By default the flow records per second will be set based on the provided license key. However, this volume can be configured manually for each instance. This is usually done when it is desired to use multiple instances of the collector. For example, a subscription for 16,000 flow records per second can be split into 2 instances, of 8,000 flow records per second each, by setting EF_LICENSE_FLOW_RECORDS_PER_SECOND: 8000 for each instance. If set to a value greater than allowed by the license key, the instances will be started with the flow records per second from the license key.Requesting a License​You can request a Basic License via the ElastiFlow website. This license will be good for one year, after which it can be renewed by requesting a new license.You can also request a 30-day Premium Trial License via the ElastiFlow website. This license can only be renewed with approval of ElastiFlow. To request an extension, please send an email to [email protected] license key for ElastiFlow Standard and Premium Tier customers will be made available through our support system. A ticket will be opened, from which an authorized user can download the license key.Adding a License​The following is an example of a license configuration, as defined in a docker-compose file:EF_LICENSE_ACCEPTED: 'true'EF_ACCOUNT_ID: '606abcdefe3546eee123456a'EF_LICENSE_KEY: 'eyJhbGciOiJIUzI1HghIEjTUI6IkpXVCJ9.eyJhdWQiOiJKNHHFYTFKNJKHgkjKjknhLjKJkhyiiutUYfyrdIutKjsYXN0aWZsb3ciLCJzdWIiOiI2MDNkODUwMDMzZDg2YjA3OTE5YjE5Y2EiLCJjb3IiOjEyOCwibHZsIjo5fQ.FQtYWSWutfjn9q6876GHgf5fghir45vsuDnxrDldbd7xR8'and as defined in the systemd configuration:export EF_LICENSE_ACCEPTED=trueexport EF_ACCOUNT_ID=606abcdefe3546eee123456aexport EF_LICENSE_KEY=eyJhbGciOiJIUzI1HghIEjTUI6IkpXVCJ9.eyJhdWQiOiJKNHHFYTFKNJKHgkjKjknhLjKJkhyiiutUYfyrdIutKjsYXN0aWZsb3ciLCJzdWIiOiI2MDNkODUwMDMzZDg2YjA3OTE5YjE5Y2EiLCJjb3IiOjEyOCwibHZsIjo5fQ.FQtYWSWutfjn9q6876GHgf5fghir45vsuDnxrDldbd7xR8For a complete description of all common and flowcoll-specific license configuration options, please refer to the Configuration Reference.Logging​By default NetObserv Flow can be configured to log to stdout or to a file. It can also be configured to log with json or console formatting. If logging to a file, log rotation can be configured to TROUBLESHOOTING Compatibility with older projects In order to improve FL Studio, for better usability and feature set, some changes have been introduced that may be incompatible with projects created in earlier versions of FL Studio & FruityLoops. NOTE: The name "FruityLoops" was changed to FL Studio.Compatibility with Projects Before FL Studio 5 Corrected tempo calculationIn earlier releases the tempo was improperly computed based on the number of steps per beat (4 steps would always make a beat for the timer). This was fixed in FL Studio 5, by preserving the beats-per-minute value regardless of the number of steps the beat has. This may affect older projects with number of steps different than 4 per beat, and may result in slower or faster tempo than expected. FL Studio will not attempt to correct the tempo of old projects so manual correction is needed. The new tempo that should be set can be computed using this simple formula: 4 * (old project tempo) / (number of steps per beat) = (new tempo) For example if you have an FL Studio 4.5 project with tempo 150 and 6 steps per beat, the proper FL Studio 5 tempo to achieve the same effect is: 4steps * 150bpm / 6steps = 100bpm Compatibility with FL Studio 4.5 and EarlierAltered Mono Mode BehaviorIn earlier release the mono mode worked in this way: 1. If a key is pressed and second is pressed the synth glides (portamento) to the second tone. 2. If the second key is released, the sound stops. In the current release this behavior changes to: 1. If a key is pressed and second is pressed the synth glides (portamento) to the second tone. 2. If the second key is released, the synth pitch glides back to the previous key. This can result in some changes to the behavior of synths in mono mode authored in older releases.Compatibility with FL Studio 4.1 and EarlierDifferent Pitch Bend RangeIn earlier releases, the range of the pitch bend control was +-72 semitones (12 octaves). This overly wide range was rarely used and was causing problems with automation.

Download Keys Per Second Free

Share via Dear Community,I've been performing some experiments with Application Gateway today and was confused by an unexpected Compute Units calculation that leads to a very high consumptions.Service configuration is simple: One listener One backend pool with one IP behind No WAF, No Rewrites Default SSL policy (AppGwSslPolicy20220101)Here are the numbers: 266 (see screenshot) new connections per second About 30k active connections About 500 requests per second ... and > 40 Compute Units and Capacity Units as wellBased on the "Understanding pricing" documentation ( I've estimated the following: Based on connections, it should be 30k / 2500 = 12 CU Based on bandwidth (not on the screenshot, but it's less than 10Mbps) = 5 CU Based on Compute Unit description ("Each compute unit is capable of approximately 50 connections per second with RSA 2048-bit key TLS certificate.") it should be 500 / 50 = 10 CUBut Metrics show me 41.63, meaning that 1 Compute Unit can only handle 12 requests per second and 6 new connections per second?Assuming I have 3k requests per second, Application Gateway would require near 250 CU and would cost me: ($0.246 + $0.008 x 250) x 730 = $1,639, though with 50 requests per second per CU it should be not more than ($0.246 + $0.008 x 60) x 730 = $529.Is that an expected behavior? What's your experience with Application Gateway?Thanks!. A multiplatform keys per seconds counter It currently displays: The total number of keypresses; Current keys per second; The average keys per second; The maxime keys per second; A multiplatform keys per seconds counter It currently displays: The total number of keypresses; Current keys per second; The average keys per second; The maxime keys per second; Pressing Delete resets the counter. Pressing Escape while focused closes the program.

What is the abbreviation for Keys Per Second

LACP.Verify if LACP is working:On the switch we should first verify if LACP protocol is enabled and running: Intelligent Switch : LACP Port State Active Configuration ================== Port State Activity Port State Activity --------------------------- --------------------------- 2 Active 4 ActiveAfter that we can ensure that LACP negotiated with our router. If you don't see both ports on the list then something is wrong and LACP is not going to work. Intelligent Switch : LACP Group Status ================== Group [Actor] [Partner] Priority: 1 65535 MAC : 000E2E2206A9 000C42409426 Port_No Key Priority Active Port_No Key Priority 2 513 1 selected 1 9 255 4 513 1 selected 2 9 255After we verified that switch successfully negotiated LACP with our router, we can start traffic from Client1 and Client2 to the Server and check how traffic is evenly forwarded through both bonding slaves:[admin@test-host] /interface> monitor-traffic ether1,ether2,bonding1 rx-packets-per-second: 8158 8120 16278 rx-drops-per-second: 0 0 0 rx-errors-per-second: 0 0 0 rx-bits-per-second: 98.8Mbps 98.2Mbps 197.0Mbps tx-packets-per-second: 4833 4560 9394 tx-drops-per-second: 0 0 0 tx-errors-per-second: 0 0 0 tx-bits-per-second: 2.7Mbps 3.0Mbps 5.8MbpsNote: On some switches you need to set correct link aggregation protocol, to make balancing work in both directions balance-rrIf this mode is set, packets are transmitted in sequential order from the first available slave to the last.Balance-rr is the only mode that will send packets across multiple interfaces that belong to the same TCP/IP connection. When utilizing multiple sending and multiple receiving links, packets are often received out of order, which result in segment retransmission, for other protocols such as UDP it is not a problem if client software can tolerate out-of-order packets.If switch is used to aggregate links together, then appropriate switch port configuration is required, however many switches do not support balance-rr. Quick setup guide demonstrates use of the balance-rr bonding mode. As you can see, it is quite simple to set up. Balance-rr is also useful for bonding several wireless links, however it requires equal bandwidth for all bonded links. If bandwidth of one bonded link drops, then total bandwidth of bond will be equal to the bandwidth of the slowest bonded link.active-backupThis mode uses only one active slave to transmit packets. The additional slave only becomes active if the primary slave fails. The MAC address of the bonding interface is presented onto the active port to avoid confusing the switch.Active-backup is the best choice in high availability setups with multiple switches that Hello Osman,Thank you for reaching out to Constant Contact API Developer Support. My team is here to assist outside software developers with questions about building into Constant Contact's API.All information regarding Constant Contact's API can be found within The Constant Contact Developer Portal. Constant Contact provides all developers with free access to our V3 API endpoints for building their own application for integration. All active account types, including trial , have free access to Constant Contact's public API. You can get started using our API by visiting our documentation here: we don't have dedicated developer/sandbox accounts per se, you are able to create a free developer trial account with limited sending capabilities which you can use for your testing purposes. Trial accounts created through the developer portal do not expire, whereas standard trial accounts created through the main site expire after 60 days if not converted to a paid account. Below is a link to our developer portal where you can sign up for a trial account, you'll just need to click on "Sign up".Constant Contact Developer Portal with most APIs, our API has rate limits to help maintain stability and security. Our standard API key access has a rate limit of 10,000 calls per day, and 4 calls per second. Once a key has hit its limit, your calls will return a 429 error until the next day (or the next second if going over your queries-per-second limit).429: Too Many Requests If you are planning on making an application that would be available and potentially used by a large base of customers then I would suggest you look into becoming a Technology Partner with Constant Contact. There is no price involved with this (though your application must be approved) and the basics are to just create and maintain your app, though there are other parts to it. Members of our partner program are given 250,000 calls per day and up to 10 calls per second. To associate your API Key with a partnership, you can look into becoming a Technology Partner: I am uncertain as to the turnaround times

keys per second test by Leore42_

Was used to benchmark throughput for the Basic, Standard, and Premium tiers:memtier_benchmark -h {your-cache-name}.{region}.redis.azure.net -p 10000 -a {your-access-key} --hide-histogram --pipeline=10 -c 50 -t 6 -d 1024 --key-maximum={number-of-keys} --key-pattern=P:P --ratio=0:1 --distinct-client-seed --randomize --test-time=600 --json-out-file=test_results.json --tls --tls-skip-verifyStandard tier memtier benchmarksInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second with SSL (1-kB value size)C0250 MBShared1007,500C11 GB150019,700C22.5 GB250050,000C36 GB4100075,000C413 GB250055,000C526 GB41,00085,000C653 GB82,00083,000Premium tier memtier benchmarksInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second with SSL (1-kB value size)P16 GB21,500182,000P213 GB43,000225,000P326 GB43,000225,000P453 GB86,000275,000P5120 GB326,000275,000ImportantP5 instances in the China East and China North regions use 20 cores, not 32 cores.redis-benchmarkmemtier-benchmarkEnterprise & Enterprise Flash tiersThe Enterprise and Enterprise Flash tiers offer a choice of cluster policy: Enterprise and OSS. Enterprise cluster policy is a simpler configuration that doesn't require the client to support clustering. OSS cluster policy, on the other hand, uses the Redis cluster protocol to support higher throughputs. We recommend using OSS cluster policy in most cases. For more information, see Clustering . Benchmarks for both cluster policies are shown in the following tables.The following configuration was used to benchmark throughput for the Enterprise and Enterprise flash tiers:redis-benchmark -h yourcache.region.redisenterprise.cache.azure.net -p 10000 -a yourAccesskey -t GET -n 10000000 -d 1024 -P 50 -c 50 --threads 32NoteThis configuration is nearly identical to the one used to benchmark the Basic, Standard, and Premium tiers. The previous configuration, however, did not fully utilize the greater compute performance of the Enterprise tiers. Additional requests and threads were added to this configuration in order to demonstrate full performance.Enterprise Cluster PolicyInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second without SSL (1-kB value size)GET requests per second with SSL (1-kB value size)E1012 GB44,000300,000207,000E2025 GB44,000680,000480,000E5050 GB88,0001,200,000900,000E100100 GB1610,0001,700,0001,650,000F300384 GB83,200500,000390,000F700715 GB166,400500,000370,000F15001455 GB3212,800530,000390,000OSS Cluster PolicyInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second without SSL (1-kB value size)GET requests per second with SSL (1-kB value size)E1012 GB44,0001,400,0001,000,000E2025 GB44,0001,200,000900,000E5050 GB88,0002,300,0001,700,000E100100 GB1610,0003,000,0002,500,000F300384 GB83,2001,500,0001,200,000F700715 GB166,4001,600,0001,200,000F15001455 GB3212,8001,600,0001,110,000Enterprise & Enterprise Flash Tiers - Scaled OutIn addition to scaling up by moving to larger cache size, you can boost performance by scaling out. In the Enterprise tiers, scaling out is called increasing the capacity of the cache instance. A cache instance by default has capacity of two--meaning a primary and replica node. An Enterprise cache instance with a capacity of four indicates that the instance was scaled out by a factor of two. Scaling out provides access to more memory and vCPUs. Details on how many vCPUs are used by the core Redis process at each cache size and

What is the abbreviation for keys per second

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Keys Per Second 8.9 - Download, Review

Fast the camera moves along the path from the current Key Frame to the next. The Camera Angle at the selected Key Frame. The Tilt Angle of the camera at the selected Key Frame. The Height of the camera at the selected Key Frame. Click OK when you have finished making modifications to apply them and close the dialog. To record the walkthrough With the Walkthrough Path selected, click the Record Walkthrough Along Path button on the Edit Toolbar. The next dialog that opens is the Walkthrough Options dialog. Specify a Compression percentage between 0 and 100. A value of 0 gives the highest quality images and largest file sizes. 75% is recommended. Specify the desired number of Frames Per Second, between 1 and 100. A higher number results in a higher quality recording but also a larger file. 25-30 is recommended for Frames Per Second. Specify a Duration Along Path in seconds. The Total Frames to Record displays for reference and equals the Frames Per Second multiplied by the Duration Along Path. Specify resolution settings. From the drop down list, select the Rendering Options Technique you would like the walkthrough to use. Choose your settings then click OK. Give your video file a descriptive name and choose an easy to find location to save the file and then click Save. To play a walkthrough Select 3D> Walkthroughs> Play Walkthrough to open the Select Video File dialog. Browse to the file saved on your computer and click Open. Your default video application will open and play the walkthrough video. Note: If you experience trouble playing a recorded walkthrough, consider recording using a different Video Codec. The Video Codec can be specified in the Walkthrough Options dialog. If using a previous version, please review article "Specifying What Video Codecs to use for Walkthroughs" linked below.

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User2344

Licensing​NetObserv Flow is available in four license tiers. The license tier determined a number of collector attributes, including the volume of flow records the collector can process (flow records per second), as well as which information elements (IEs) are supported.FeaturesCommunityBasicStandardPremiumIElimitedsinglemultimultiIPFIX8345048354835Netflow15251916131613sFlow187206939939AWS VPC Flow Logs37373737Azure Flow Logs24242424noteThe Community license is limited to 500 flow records/second.noteThe flow records per second limit for the Community and Basic license applies to the person or entity accepting the license. It does not allow for running multiple instances.infoThe flow records per second available with a Standard or Premium license is determined by the license key. This volume may be split between multiple instances of the collector, as long as the total volume does not exceed the flow records per second allowed by the license.By default the flow records per second will be set based on the provided license key. However, this volume can be configured manually for each instance. This is usually done when it is desired to use multiple instances of the collector. For example, a subscription for 16,000 flow records per second can be split into 2 instances, of 8,000 flow records per second each, by setting EF_LICENSE_FLOW_RECORDS_PER_SECOND: 8000 for each instance. If set to a value greater than allowed by the license key, the instances will be started with the flow records per second from the license key.Requesting a License​You can request a Basic License via the ElastiFlow website. This license will be good for one year, after which it can be renewed by requesting a new license.You can also request a 30-day Premium Trial License via the ElastiFlow website. This license can only be renewed with approval of ElastiFlow. To request an extension, please send an email to [email protected] license key for ElastiFlow Standard and Premium Tier customers will be made available through our support system. A ticket will be opened, from which an authorized user can download the license key.Adding a License​The following is an example of a license configuration, as defined in a docker-compose file:EF_LICENSE_ACCEPTED: 'true'EF_ACCOUNT_ID: '606abcdefe3546eee123456a'EF_LICENSE_KEY: 'eyJhbGciOiJIUzI1HghIEjTUI6IkpXVCJ9.eyJhdWQiOiJKNHHFYTFKNJKHgkjKjknhLjKJkhyiiutUYfyrdIutKjsYXN0aWZsb3ciLCJzdWIiOiI2MDNkODUwMDMzZDg2YjA3OTE5YjE5Y2EiLCJjb3IiOjEyOCwibHZsIjo5fQ.FQtYWSWutfjn9q6876GHgf5fghir45vsuDnxrDldbd7xR8'and as defined in the systemd configuration:export EF_LICENSE_ACCEPTED=trueexport EF_ACCOUNT_ID=606abcdefe3546eee123456aexport EF_LICENSE_KEY=eyJhbGciOiJIUzI1HghIEjTUI6IkpXVCJ9.eyJhdWQiOiJKNHHFYTFKNJKHgkjKjknhLjKJkhyiiutUYfyrdIutKjsYXN0aWZsb3ciLCJzdWIiOiI2MDNkODUwMDMzZDg2YjA3OTE5YjE5Y2EiLCJjb3IiOjEyOCwibHZsIjo5fQ.FQtYWSWutfjn9q6876GHgf5fghir45vsuDnxrDldbd7xR8For a complete description of all common and flowcoll-specific license configuration options, please refer to the Configuration Reference.Logging​By default NetObserv Flow can be configured to log to stdout or to a file. It can also be configured to log with json or console formatting. If logging to a file, log rotation can be configured to

2025-04-14
User8257

TROUBLESHOOTING Compatibility with older projects In order to improve FL Studio, for better usability and feature set, some changes have been introduced that may be incompatible with projects created in earlier versions of FL Studio & FruityLoops. NOTE: The name "FruityLoops" was changed to FL Studio.Compatibility with Projects Before FL Studio 5 Corrected tempo calculationIn earlier releases the tempo was improperly computed based on the number of steps per beat (4 steps would always make a beat for the timer). This was fixed in FL Studio 5, by preserving the beats-per-minute value regardless of the number of steps the beat has. This may affect older projects with number of steps different than 4 per beat, and may result in slower or faster tempo than expected. FL Studio will not attempt to correct the tempo of old projects so manual correction is needed. The new tempo that should be set can be computed using this simple formula: 4 * (old project tempo) / (number of steps per beat) = (new tempo) For example if you have an FL Studio 4.5 project with tempo 150 and 6 steps per beat, the proper FL Studio 5 tempo to achieve the same effect is: 4steps * 150bpm / 6steps = 100bpm Compatibility with FL Studio 4.5 and EarlierAltered Mono Mode BehaviorIn earlier release the mono mode worked in this way: 1. If a key is pressed and second is pressed the synth glides (portamento) to the second tone. 2. If the second key is released, the sound stops. In the current release this behavior changes to: 1. If a key is pressed and second is pressed the synth glides (portamento) to the second tone. 2. If the second key is released, the synth pitch glides back to the previous key. This can result in some changes to the behavior of synths in mono mode authored in older releases.Compatibility with FL Studio 4.1 and EarlierDifferent Pitch Bend RangeIn earlier releases, the range of the pitch bend control was +-72 semitones (12 octaves). This overly wide range was rarely used and was causing problems with automation.

2025-04-03
User1167

Share via Dear Community,I've been performing some experiments with Application Gateway today and was confused by an unexpected Compute Units calculation that leads to a very high consumptions.Service configuration is simple: One listener One backend pool with one IP behind No WAF, No Rewrites Default SSL policy (AppGwSslPolicy20220101)Here are the numbers: 266 (see screenshot) new connections per second About 30k active connections About 500 requests per second ... and > 40 Compute Units and Capacity Units as wellBased on the "Understanding pricing" documentation ( I've estimated the following: Based on connections, it should be 30k / 2500 = 12 CU Based on bandwidth (not on the screenshot, but it's less than 10Mbps) = 5 CU Based on Compute Unit description ("Each compute unit is capable of approximately 50 connections per second with RSA 2048-bit key TLS certificate.") it should be 500 / 50 = 10 CUBut Metrics show me 41.63, meaning that 1 Compute Unit can only handle 12 requests per second and 6 new connections per second?Assuming I have 3k requests per second, Application Gateway would require near 250 CU and would cost me: ($0.246 + $0.008 x 250) x 730 = $1,639, though with 50 requests per second per CU it should be not more than ($0.246 + $0.008 x 60) x 730 = $529.Is that an expected behavior? What's your experience with Application Gateway?Thanks!

2025-04-15
User3641

LACP.Verify if LACP is working:On the switch we should first verify if LACP protocol is enabled and running: Intelligent Switch : LACP Port State Active Configuration ================== Port State Activity Port State Activity --------------------------- --------------------------- 2 Active 4 ActiveAfter that we can ensure that LACP negotiated with our router. If you don't see both ports on the list then something is wrong and LACP is not going to work. Intelligent Switch : LACP Group Status ================== Group [Actor] [Partner] Priority: 1 65535 MAC : 000E2E2206A9 000C42409426 Port_No Key Priority Active Port_No Key Priority 2 513 1 selected 1 9 255 4 513 1 selected 2 9 255After we verified that switch successfully negotiated LACP with our router, we can start traffic from Client1 and Client2 to the Server and check how traffic is evenly forwarded through both bonding slaves:[admin@test-host] /interface> monitor-traffic ether1,ether2,bonding1 rx-packets-per-second: 8158 8120 16278 rx-drops-per-second: 0 0 0 rx-errors-per-second: 0 0 0 rx-bits-per-second: 98.8Mbps 98.2Mbps 197.0Mbps tx-packets-per-second: 4833 4560 9394 tx-drops-per-second: 0 0 0 tx-errors-per-second: 0 0 0 tx-bits-per-second: 2.7Mbps 3.0Mbps 5.8MbpsNote: On some switches you need to set correct link aggregation protocol, to make balancing work in both directions balance-rrIf this mode is set, packets are transmitted in sequential order from the first available slave to the last.Balance-rr is the only mode that will send packets across multiple interfaces that belong to the same TCP/IP connection. When utilizing multiple sending and multiple receiving links, packets are often received out of order, which result in segment retransmission, for other protocols such as UDP it is not a problem if client software can tolerate out-of-order packets.If switch is used to aggregate links together, then appropriate switch port configuration is required, however many switches do not support balance-rr. Quick setup guide demonstrates use of the balance-rr bonding mode. As you can see, it is quite simple to set up. Balance-rr is also useful for bonding several wireless links, however it requires equal bandwidth for all bonded links. If bandwidth of one bonded link drops, then total bandwidth of bond will be equal to the bandwidth of the slowest bonded link.active-backupThis mode uses only one active slave to transmit packets. The additional slave only becomes active if the primary slave fails. The MAC address of the bonding interface is presented onto the active port to avoid confusing the switch.Active-backup is the best choice in high availability setups with multiple switches that

2025-04-19
User1144

Hello Osman,Thank you for reaching out to Constant Contact API Developer Support. My team is here to assist outside software developers with questions about building into Constant Contact's API.All information regarding Constant Contact's API can be found within The Constant Contact Developer Portal. Constant Contact provides all developers with free access to our V3 API endpoints for building their own application for integration. All active account types, including trial , have free access to Constant Contact's public API. You can get started using our API by visiting our documentation here: we don't have dedicated developer/sandbox accounts per se, you are able to create a free developer trial account with limited sending capabilities which you can use for your testing purposes. Trial accounts created through the developer portal do not expire, whereas standard trial accounts created through the main site expire after 60 days if not converted to a paid account. Below is a link to our developer portal where you can sign up for a trial account, you'll just need to click on "Sign up".Constant Contact Developer Portal with most APIs, our API has rate limits to help maintain stability and security. Our standard API key access has a rate limit of 10,000 calls per day, and 4 calls per second. Once a key has hit its limit, your calls will return a 429 error until the next day (or the next second if going over your queries-per-second limit).429: Too Many Requests If you are planning on making an application that would be available and potentially used by a large base of customers then I would suggest you look into becoming a Technology Partner with Constant Contact. There is no price involved with this (though your application must be approved) and the basics are to just create and maintain your app, though there are other parts to it. Members of our partner program are given 250,000 calls per day and up to 10 calls per second. To associate your API Key with a partnership, you can look into becoming a Technology Partner: I am uncertain as to the turnaround times

2025-04-19
User1421

Was used to benchmark throughput for the Basic, Standard, and Premium tiers:memtier_benchmark -h {your-cache-name}.{region}.redis.azure.net -p 10000 -a {your-access-key} --hide-histogram --pipeline=10 -c 50 -t 6 -d 1024 --key-maximum={number-of-keys} --key-pattern=P:P --ratio=0:1 --distinct-client-seed --randomize --test-time=600 --json-out-file=test_results.json --tls --tls-skip-verifyStandard tier memtier benchmarksInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second with SSL (1-kB value size)C0250 MBShared1007,500C11 GB150019,700C22.5 GB250050,000C36 GB4100075,000C413 GB250055,000C526 GB41,00085,000C653 GB82,00083,000Premium tier memtier benchmarksInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second with SSL (1-kB value size)P16 GB21,500182,000P213 GB43,000225,000P326 GB43,000225,000P453 GB86,000275,000P5120 GB326,000275,000ImportantP5 instances in the China East and China North regions use 20 cores, not 32 cores.redis-benchmarkmemtier-benchmarkEnterprise & Enterprise Flash tiersThe Enterprise and Enterprise Flash tiers offer a choice of cluster policy: Enterprise and OSS. Enterprise cluster policy is a simpler configuration that doesn't require the client to support clustering. OSS cluster policy, on the other hand, uses the Redis cluster protocol to support higher throughputs. We recommend using OSS cluster policy in most cases. For more information, see Clustering . Benchmarks for both cluster policies are shown in the following tables.The following configuration was used to benchmark throughput for the Enterprise and Enterprise flash tiers:redis-benchmark -h yourcache.region.redisenterprise.cache.azure.net -p 10000 -a yourAccesskey -t GET -n 10000000 -d 1024 -P 50 -c 50 --threads 32NoteThis configuration is nearly identical to the one used to benchmark the Basic, Standard, and Premium tiers. The previous configuration, however, did not fully utilize the greater compute performance of the Enterprise tiers. Additional requests and threads were added to this configuration in order to demonstrate full performance.Enterprise Cluster PolicyInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second without SSL (1-kB value size)GET requests per second with SSL (1-kB value size)E1012 GB44,000300,000207,000E2025 GB44,000680,000480,000E5050 GB88,0001,200,000900,000E100100 GB1610,0001,700,0001,650,000F300384 GB83,200500,000390,000F700715 GB166,400500,000370,000F15001455 GB3212,800530,000390,000OSS Cluster PolicyInstanceSizevCPUsExpected network bandwidth (Mbps)GET requests per second without SSL (1-kB value size)GET requests per second with SSL (1-kB value size)E1012 GB44,0001,400,0001,000,000E2025 GB44,0001,200,000900,000E5050 GB88,0002,300,0001,700,000E100100 GB1610,0003,000,0002,500,000F300384 GB83,2001,500,0001,200,000F700715 GB166,4001,600,0001,200,000F15001455 GB3212,8001,600,0001,110,000Enterprise & Enterprise Flash Tiers - Scaled OutIn addition to scaling up by moving to larger cache size, you can boost performance by scaling out. In the Enterprise tiers, scaling out is called increasing the capacity of the cache instance. A cache instance by default has capacity of two--meaning a primary and replica node. An Enterprise cache instance with a capacity of four indicates that the instance was scaled out by a factor of two. Scaling out provides access to more memory and vCPUs. Details on how many vCPUs are used by the core Redis process at each cache size and

2025-04-11

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